WORK PLAN REMEDIAL INVESTIGATION/ FEASIBILITY STUDY · PDF filework plan remedial investigation/ feasibility study ... 2.0 plan scope of work 6 2.1 initial ... supplemental remedial

ROSE TOWNSHIP-DEMODE ROAD SITE

WORK PLANREMEDIAL INVESTIGATION/

FEASIBILITY STUDY

CONTRACT NO.1525

E.G. JORDAN PROJECT NO. 4465-25

PREPARED FOR

MICHIGAN DEPARTMENT OFNATURAL RESOURCES

AUGUST 1986•, ', <:w* :;.•% ;!: '•• '

EC JORDAN OQ231407

CONSULTING ENGINEERS

T

86813. M4U65-25

August 13, 1986

Mr. Steven M. LuzkowRemedial Action SectionGroundwater Quality DivisionMichigan Department of Natural ResourcesP.O. Box 30028Lansing, MI 48909

Dear Steve:

Subject: Rose Township - Demode RoadSupplemental RI/FS Work Plan

Enclosed are four (1») copies of the revised work plan for the SupplementalRemedial Investigation/Feasibility Study for the Rose Township-Demode Roadsite. I believe this version reflects your comments and concerns as expressedin your August 1, 1986 letter to me, and the subsequent meeting with MattJerue of our office.

The enclosed work plan includes a completed Optional Form 60 displaying theproject budget of $9 ,7 6. I believe this budget is required to complete thescope of work as described by you and presented in the work plan.

As we previously discussed, the work plan for the original RI/FS project atthis site was prepared in 1984. Since that time, Federal requirements andguidance have changed for conducting RI/FS projects. Through our experienceover the last two years, E.G. Jordan Co. is more aware of the resources whichare required to produce a report that will satisfy U.S. EPA. A comparison ofhours for the proposed tasks with those presented in the original work plan,therefore, is inappropriate.

If you feel further discussion regarding the budget is warranted, then pleasefeel free to contact either Bruce Fowler or me.

Sincerely,

E.G. JORDAN CO.

David B. Ertz, P.ERegional Manager

DBE/bw

Enclosure

17f1S WEST NINE MILE ROAH • SUITE 220 • SOUTHFIELD. MICHIGAN 48075 • (313)569-3955F J C'F ' i LA t , i ; > IVL • U'.IÎON MA • WASHINCiK'N. [>.' • 1 AL.L AH Abbt ( Fl

ROSE TOWNSHIP - DEMODE ROAD SITE

SUPPLEMENTAL REMEDIAL INVESTIGATION/FEASIBILITY STUDYWORK PLAN

CONTRACT NO. 1525

E.C. JORDAN PROJECT NO. W65-25

Prepared For

MICHIGAN DEPARTMENTOF

NATURAL RESOURCES

AUGUST 1986

E.C. JORDAN CO.

TABLE OF CONTENTS

Section Title Page No.

1.0 WORK PLAN SUMMARY 1

1.1 PROBLEM STATEMENT 1

1.2 OBJECTIVES 2

1.3 SCOPE OF WORK 3

1.1» BUDGET 5

1.5 SCHEDULE 5

2.0 PLAN SCOPE OF WORK 6

2.1 INITIAL ACTIVITIES (PHASE I) 6

Task 1: Work Plan 6Task 7: Community Relations 7

2.2 REMEDIAL INVESTIGATION (PHASE II)

Task 10: Monitoring Well Sampling ........ 7Task 13: Pollutant Characterization ....... 10Task 18: Analytical Program ........... 11Task 19: Data Interpretation/Contamination

Assessment .............. 11Task 20: RI/FS Report Revision ......... 13

2.3 FEASIBILITY STUDY (PHASE III)

Task 21: Evaluation of Alternatives ....... 14Task 22: Conceptual Design ........... 15

3.0 MANAGEMENT PLAN .................... 19

3.1 PROJECT ORGANIZATION ............... 193.2 PROJECT MANAGEMENT ................ 22

4.0 BUDGET AND SCHEDULE .................. 25

4.1 PROJECT SCHEDULE ................. 25

i».2 PROJECT BUDGET .................. 25

LIST OF FIGURES

Figure No. Title Page No.

3-1 PROJECT ORGANIZATION 20

4-1 PROJECT SCHEDULE 26

LIST OF TABLES

Table No. Title Page Wo.

[ *•"\ 4-1 HOURS BY LEVEL - INITIAL ACTIVITIES (PHASE I) 27

r- 4-2 HOURS BY LEVEL - REMEDIAL INVESTIGATION (PHASE II) .. 28

1 4-3 HOURS BY LEVEL - FEASIBILITY STUDY (PHASE III) .... 29

I 4-4 BUDGET SUMMARY 30L w

4-5 OTHER DIRECT COST SUMMARY 31

1.0 WORK PLAN SUMMARY

1.1 PROBLEM STATEMENT

B.C. Jordan Co. (Jordan) conducted extensive field activities for the Rose

Township-Demode Road Site Remedial Investigation and Feasibility Study (RI/FS)

which began in July of 1984 and were culminated in July of 1985 with comple-

tion of the Task 13 site investigation. In September of 1985, Jordan present-

ed its findings to Michigan Department of Natural Resources (MDNR) and the

U.S. EPA in the form of a finalized RI and draft FS. Following an extensive

review of the document, U.S. EPA concluded that additional delineation of the

groundwater plumes in both the southwestern and northern portions of the site

would be necessary before a remedial alternative could be selected. Accord-

ingly, Jordan outlined a preliminary work plan that, upon completion, would

aid in further delineation of the groundwater contamination at the site and

result in remediation of both study areas. The work plan specified the

installation of seven (7) monitoring wells (three in the southwestern section

and four in the northern portion), and an additional groundwater sampling

episode of all monitoring wells at the site.

MDNR is currently installing the seven monitoring wells at the site using

mud-rotary drilling techniques. Jordan has been requested to prepare a work

plan that will encompass both the final round of monitoring well sampling as

well as the interpretation of the data generated during the supplemental field

investigation. This supplemental information will then be incorporated into a

final RI/FS document. In addition, Jordan will evaluate the final

I alternatives, described in the draft FS report, in light of the supplemental

information and identify and evaluate new alternatives if applicable. Upon

selection of the remedial alternative by MDNR and U.S. EPA, Jordan will

prepare a conceptual design.

1.2 OBJECTIVES

The objectives of the supplemental RI/FS investigations at the Rose Town-

ship-Demode Road Site are to determine:

I o the magnitude and extent of vinyl chloride in the vicinity of MW-102

(i.e. the northern plume); and

o the horizontal extent of organic groundwater contamination in the south-

western plume.

r%f The ongoing explorations by MDNR and subsequent groundwater sampling by Jordan

I are designed to provide the following specific information for the areas of

r concern:

I o contaminant characterization;

I o geologic and hydrogeologic data to assist in projecting contaminant

I migration pathways and rates; and

I o characterization of features that could impact mitigative efforts.

I

This information will be used to:ro assess the environmental and health risks associated with the groundwater

[ contamination;

{ o identify additional viable remedial alternatives, (if applicable);

r* o re-evaluate existing remedial alternatives; I\/J\\ (.

o produce the final RI/FS document;

Io recommend an appropriate remedial program; and ultimately

£ o prepare a conceptual design for the selected alternative.

r itr

1.3 SCOPE OF WORK

The scope of work for the supplemental RI/FS investigation at the Rose Town-

ship-Demode Road Site is based on the Information included in the Work Plan

Summary provided by MDNR (June 20, 1986). The overall project scope of work

I encompasses the following tasks:

I Initial Activities (Phase I)

II I o Task 3: Safety Plan (prepared by MDNR and will be utilized by

I

o Task 1: Work Plan

1F1

-

I

%•*•

o Task 6:

o Task 1:

Jordan)

Site Office

I i 1Community Relations $Ju/tfc/- ^ /ft /)///(

Remedial Investigation (Phase II)

I

{'

I

Ep

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1\[II

o Task 9:

o Task 10:

o Task 12:

o Task 13:

o Task 18:

o Task 19:

" o Task 20:

Feasibility Study

o Task 21:

o Task 22:

Air Investigation (to be incorporated into Task 10)

Monitoring Well Sampling

Geophysics

Pollutant Characterization

Analytical Program

Data Interpretation/Contamination Assessment

RI Report

(Phase III)

Evaluation of Alternatives

Conceptual Design

This work plan assumes that MDNR staff and equipment will accomplish all tasks

I

1

I

I

1

noted above except Tasks 1,(r) 10, 13, 18, 19, 20, 21 and 22. Performance of

the remaining tasks and completion of the RI/FS report will be performed by

Jordan. Assumptions made in preparing the scope of work to be performed by

Jordan include:

**'

l|

The field data provided to Jordan by MDNR staff will be organized in

summary form (see attached logs and data sheets), where appropriate, and

be consistent with information previously summarized by Jordan.

o Environmental samples will be analyzed through the U.S. EPA's National

( Contract Laboratory Program (CLP) and arrangements for such analyses will

r be made by MDNR; the costs of such analyses are excluded from this work

plan. Jordan will package and ship these samples.

1.1 BUDGET

Completion of the supplemental RI/FS investigations described herein and

I Wincorporation of the findings into the RI/FS report will require the expendi-

f ture of 2,199 mannours. The labor and cost estimates for these supplemental

investigations are presented in Section M.O of this work plan.

f

fc1.5 SCHEDULE

f The supplemental RI/FS field investigations have been scheduled to be complet-

ed in August 19B6. The additional monitoring well sampling episode will be

performed shortly after completion of the field work. Revisions to the RI/FS

. report will be prepared as soon as practicable after analytical results become

* available. QA/QC evaluation of all analytical samples will be provided within

I two months upon receipt of analytical data. The detailed schedule for this

work is presented in Section 4.0.r

2.0 PLAN OF WORK

2.1 PHASE I - INITIAL ACTIVITIES

Task 1; Work Plan. A work plan will be prepared by Jordan for the supplemen-

| tal RI/FS investigations to be completed at the Rose Township-Demode Road

»' Site. MDNR's work plan provides the basis for Jordan's work plan which will

describe:

ro the initial activities to be undertaken prior to completion of the MDNR

[; field investigation (Phase I);

o the specific Jordan field efforts and data reduction, compilation and

I interpretation tasks to be completed immediately following the MDNR field

efforts (Phase II);

F^"^ o the efforts required to integrate the findings of the supplemental

k investigation into a final Rose Township RI/FS Report (Phase II);

o the re-evaluation of existing alternatives and identification and evalua

J tion of new options, where appropriate (Phase III); and

o preparation of a conceptual design for the selected alternatives

(Phase III).

Task 1 is accomplished by this supplemental work plan document.

rI Task 7; Community Relations. At this time, Jordan will, as requested,

r support MDNR and U.S. EPA during and/or participate in three (3) community ( "2. /

relations efforts. The first community relations meeting will include a

I review of the final RI/FS findings and recommendations; the second meeting

will provide a review of the record-of-decision; and the third meeting will

I convene at the discretion of MDNR and U.S. EPA.

In support of MDNR's community relations efforts, Jordan will provide techni-

cal expertise and assist in the presentation of data and information at the

public meetings, if requested. This may include preparation of graphic

materials and providing a formal presentation of the data. MDNR will have the

j, primary responsibility for implementation of the community relations task,

^"^ including the planning and execution of all activities. The budget for this

fc task assumes that only one person from Jordan will be required to participate

in each public meeting.

r. ** 2.2 PHASE II - REMEDIAL INVESTIGATION

ITask 10; Monitoring Well Sampling.

[ The 42 existing monitoring wells and the seven (7) new wells at the Rose

Township site will be sampled in the fall of 1986. Also, blanks and blind

* duplicates will be submitted in accordance with the QAPP. The sampling and

j analysis of groundwater from the existing monitoring wells and new monitoring

wells during the same sampling episode will provide a comprehensive data base

I I reflecting water quality conditions at a single point in time. This will also

f""I allow for comparison with previous data to estimate rates of change in ground-

water quality.

f As part of the sampling methodology, the well will first be checked for proper

identification and location. A photoionization (PI) meter and an explosimeter

f will be used to measure the ambient air quality (relative to volatile organics

and explosive gases, respectively) at each well head location. After removing

I the well cap, the ambient and well-mouth vapor levels will also be measured

f "*** and recorded. Based on experience gained during previous sampling episodes,

it is possible that Level B protection may be required during a portion of

I' this sampling episode. However, Level D protection has been assumed for

budgeting purposes. If level B protection is necessary during these activi-t\_^r ties, adjustments to the budget may be necessary.

Prior to well evacuation, the static water level and the well depth will be

I measured (from top of casing which will be surveyed by MDNR) with an electric

%N? water level indicator. Measurements will be taken and recorded to the nearest

I 0.01 foot. Based on the height of water standing in the well and the ID of

r the casing, the volume of standing water will be calculated. The wells will

be purged of three times the volume of standing water (or until the well goes

I dry) before sampling. If packers are used, the evacuated volume will be three

times the volume of water below the packer.

f• Purging will be done with a Keck mechanical pump, an ISCO bladder pump, a QED

bladder pump or a bailer. If well-head vapor levels are greater than back-

I ground, PI readings will be taken during purging. The temperature, pH and

specific conductance will be measured and recorded three times during well

r evacuation (at the start, after pumping approximately 1.5 well volumes, and

just before sampling) with a Tripar Analyzer. Measurements will be made in

I triplicate.

J If the Keck pump or the QED pump is used for purging, the ground water samples

., will be collected directly from the Teflon tubing. Because the ISCO pump has

*"• a silicone rubber bladder and is not appropriate for obtaining samples to be

t analyzed for organics, all samples will be taken with a stainless steel,

1,000-ml bailer whenever this pump is utilized for purging.

Samples to be tested for dissolved metals will be pressure filtered under

*-: *S nitrogen in a Geotech 2.9 liter barrel filter using 0.45-micron membrane

t: filter. Between samples, the filter assembly will be rinsed with a dilute

acid solution followed by distilled water. The membrane filter will be

I replaced between samples. Jordan will provide reagent-grade preservatives

^"^ (HN03) for preservation of dissolved metals samples. The appropriate preser-

i vative will be used for each sample to achieve the desired pH.

rAll sample bottles will be provided by the MDNR. The samples will be analyzed

I for Hazardous Substance List (HSL) through the CLP. Sample labeling, han-

dling, and shipping methods established by the U.S. EPA will be followed.

I Decontamination of the pump between samples will be accomplished by pumping a

solution of methanol and water through the pump, followed by distilled water.

t This will be done by submerging the pump in a bucket or a decontamination tube

I (a 3 to 4 inch diameter, 4-foot long, PVC tube sealed at one end). The

outside of the pump and the tubing will be rinsed with methanol and water, and

t then rinsed with distilled water. Any instrument or equipment that comes in

r contact with groundwater will be rinsed with distilled water between wells.

This includes the electric water level indicator, and the Tripar Analyzer

f probes.

fI, Task 13: Pollutant Characterization. As presented in the MDNR supplemental

r ^"^ work plan provided to Jordan on June 20, 1986, this task will evaluate the

following information in order to characterize the extent and, if possible,

f the rates of change of the contaminant plumes:

^^ o extent of the contamination in the artesian aquifer at the north end of

•; the site;

T o direction of flow in the artesian system;

k o limits of the southwestern plume in the vicinity of MW107;

o hydrogeologic conditions (i.e. transmissivity, migration rates) in the

I vicinity of MW107 and MW110.

I This effort will be conducted as part of Task 19 - Data Interpretation/

I Contamination Assessment.

I

I 10

Task 18; Analytical Program.

The proposed analytical program to be conducted in conjunction with the Rose

l Township site activities will involve the review of CLP data for approximately

80 samples. These include 20 samples obtained during the recent monitoring

I well installation program, and 60 samples associated with the monitoring well

I' sampling episode described in Task 10. HSL analysis for organics and

inorganics will be performed by the CLP laboratories scheduled by MDNR. All

I sample collection and handling procedures are described in the QAPP prepared

for the previous investigations.

I

f Validation of data from CLP laboratories scheduled by MDNR for this project

0 will be accomplished under the direction of Bruce K. Wallin, Ph.D., Technical

Director of Jordan's analytical laboratory. This validation will be conducted

in accordance with the procedures prescribed by U.S. EPA. In performing this

{ task, Dr. Wallin will confer with the Contract Management Section, Central

, Regional Laboratory. At this time, the specific requirements of the data

* validation task have not been established. For budgeting purposes, Jordan has

f assumed that all samples will be analyzed for HSL volatile and semi-volatile

organics, and inorganics. Based on this assumption, we have included 80 hours

| of Dr. Wallin's time and 200 hours of a staff time for this task.

*• Task 19: Data Interpretation/Contamination Assessment. The entire data base

| developed during the supplemental RI/FS investigation will be assessed upon

completion of the field and analytical tasks. The Initial step of thisr

assessment will Include incorporation of the following information generated

during MDNR's field effort:

o /OVA data summaries;

o drilling method and well development technique summaries;

o drillers logs and gamma logs (with correlalion at split-spoon sample loca-

tions) ;

I o water table elevation data;

p'-•• *<** o monitoring well survey data; and

Ho comprehensive list of all samples submitted to CLP laboratories for

I analysis.

All field and analytical data will be reviewed, compiled and incorporated with

the existing data base in the RI/FS document. To facilitate a smooth and

efficient transition between MDNR field data and Jordan's compilation and

I incorporation of that data into the existing RI/FS report, sample drillers

logs, OVA data summary sheets and aquifer te&tingîogs^have been appended for

I use by MDNR staff in summarizing field data. The level-of-effort budgeted for

| this task assumes that MDNR will present summary information to Jordan for

subsequent interpretation.

ri 12

Following completion of the data interpretation phase, a refined contamination

assessment for the site will be performed and will include:

o evaluation of the plume characteristics defined in Task 13;

o identification and evaluation of chemical migration pathways from the

site; and

o re-evaluation of potential receptors and the anticipated severity and

duration of receptor exposure.

Task 20; RI/FS Report Revision. The findings of the supplemental RI/FS

investigation will be incorporated into a final RI/FS document. The document

f will include updated appendices; tables; and figures; as well as a

re-evaluation and assessment of geologic, hydrologic and groundwater contami-

I nation conditions at the site. The RI/FS report revision effort will address

1*** the comments on the RI/FS document generated by MDNR, as conveyed to Jordan in

L the June 26, 1986 letter from Steven Luzkow of MDNR.

fBased on conversations with MDNR, Jordan does not plan to present the entire

I northern plume investigation as an addendum to the RI/FS document.

\*s

13

2.3 PHASE III - FEASIBILITY STUDY

Task 21: Evaluation of Alternatives

Based on the conclusions developed during the supplemental remedial investiga-

| tion, the remedial response objectives established for the original feasibili-

~ ty study will be reviewed and discussed with MDNR and U.S. EPA. This review

* will be conducted in light of any addition or deletion to the list of recep-

| tors previously identified. The additional data collected for the northern

plume in 1986 could warrant an adjustment for the objectives.

tEach of the alternatives developed in the original feasibility study will be

l %• evaluated in light of the supplemental data generated in 1986 by MDNR and

f; Jordan. For the northern contaminant plume area, the additional data will

significantly enhance Jordan's understanding of the site conditions. A

I separate set of alternatives will be considered due to the presence of differ-

^"ent contaminants and the unique hydrogeologic conditions. Where appropriate,

c> technologies will be considered to formulate alternatives addressing both

F plumes to evaluate cost-effectiveness. Additional consideration will be given

to treatment of spill areas not included in the southwestern and northern

I plumes. This will require a review of remedial technologies and a determina-

tion with regard to the need to screen and evaluate alternatives in addition

' to those previously considered. Analogs previously used in evaluating remedi-

I al measures will be re-run as part of this task. Cost estimates for any new

alternatives will be developed; existing cost estimates will be updated and

I revised accordingly.

Under separate cover, Jordan will provide its recommendation for site

remediation based on cost-effectiveness.

Task 22; Conceptual Design

I Following evaluation of the final alternatives and the selection of the

appropriate remedial action(s) by MDNR and U.S. EPA, Jordan will prepare a

*- conceptual design of the selected alternative. The conceptual design will

| include traditional engineering elements associated with conceptual designs,

as well as other data necessary to prepare a budget level cost estimate and to

I provide adequate information to enable subsequent activities to be initiated.

The conceptual design will include the following:

f" o A conceptual plan view drawing of the overall site, showing general

locations for project actions and facilities;

f^•^ o Conceptual layouts (plan and cross-sectional views where required) for

I. the individual facilities, other items to be installed, or actions to be

F implemented ;

I o Conceptual design criteria and rationale;

I

I

ri

o Description of types of equipment required, including approximate capaci-

ty, size and materials of construction;

I o Process flow sheets, including chemical consumption estimates and a

description of the process, if applicable;

I o Operational description of process units or other facilities;

I o Approximate piping sizes, capacities, and rationale for their selection;

I o Estimate of quantities of material or equipment required and rationale;

I."o Description of construction techniques and operation and maintenance

I requirements;

fL^"^ o Construction material requirements and rationale;

ro Utility requirements and rationale;

I***' o Institutional requirements including environmental permits;

Ir o Identification and evaluation of potential construction problems, associ-

ated risks, and the proposed solutions;

Io Outline of technical specifications and protocol;

o Outline of safety plans including cost impact on implementation;

M*'

o Right-of-way requirements;

16

o Description of technical requirements or environmental mitigation mea-

• sures ;

I o Identification of engineering data required to proceed with design;

I o Construction permit requirements;

o Temporary hazardous material storage and disposal requirements and

( rationale;.

| o Off site disposal procedures, including transportation and vehicle con-

straints, and final disposal and treatment facility options;

o Closure and long-term monitoring requirements and rationale;[•:,

I o Performance standards (established in conjunction with MDNR and U.S. EPA)

to define what levels of cleanup will be required to complete the remedi-

' al action;

Io Criteria for subcontractor selection;

Io Preparation of a budget level cost estimate (including capital and

' operation and maintenance costs);

o Preparation of a project schedule; and*»... _

I 17

o Identification of additional information required as the basis for

completing the final remedial design.

I Jordan will obtain MDNR and U.S. EPA approval of the conceptual design before

fit is finalized.

3.0 MANAGEMENT PLAN

This section of the work plan outlines the management plan that will be used

| to complete the Rose Township-Demode Road Supplemental RI/FS. The following

sections describe the project organization, project personnel, and the project

management procedures that will be followed. Updated resumes for all project

personnel are appended.

3.1 PROJECT ORGANIZATION

Figure 3-1 illustrates the project organization and personnel for the Rose

Township-Demode Road Supplemental RI/FS.

I David B. Ertz will act as Project Manager and will be the primary contact

between MDNR and the project team on issues relating to the contract, scope

I and work, schedule, and budget. Administratively, his responsibilities will

I be to ensure that the project is proceeding on schedule and that the budget is

maintained .

IBruce A. Fowler will act as Technical Project Director. His responsibilities

| will focus on project coordination and organization, as well as collaborating

( on the data interpretation. Mr. Fowler will be responsible for assembling the

*• entire report as portions are completed by the technical support team.

MICHIGAN DEPARTMENT OF

NATURAL RESOURCES

Q U A L I T Y REVIEWT E A M

J.S. ATWELLJO TEWHEV

1PROJECT MANAGER

DB ERTZ

T E C H N I C A LPROJECT DIRECTOR

B A FOWLER

FIELD COORDINATION

U 0. JERUE

ENVIRONMENTAL ENGINEERING

G A MIKCSKA

FIELD SAMPLING

JR. MARZOLINO

OFFICER- IN-CHARGE

OR COTE

QUALITY CONTROLQUALITY ASSURANCE

HEALTH AND SAFETY

C O N T R A C T ADMINISTRATION

CIVIL ENGINEERING

M J. STELMACK

CLP DATAOA/OC REVIEWS

ENDANGERMENTASSESSMENT

J DRAGUN

4465-25

FIGURE 3-1PROJECT ORGANIZATION

ROSE TOWNSHIP-OEMODE ROADMICHIGAN DEPARTMENT OF NATURAL RESOURCES

ECJORDANCQ -

Other RI/FS support team members and their assigned responsibilities are as

follows:

I o Matthew Jerue, Chemical/Environmental Engineer - Coordination of field

sampling efforts, including Level B operations, if warranted.

f». o James Marzolino, Environmental Scientist - Responsible for the conduct of

the monitoring well sampling effort.

I ~o Bruce Wallin, Chemist - QA/QC review of additional CLP data.

I,I o Gretchen Mikeska, Environmental Engineer - Responsible for organization,

^*^ compilation and completion of the feasibility study and conceptual

| design.

o Mark Stelmack, Civil Engineer - Support during evaluation of alternatives

an(j preparation of conceptual design.

Other support will be provided by P-1 staff for preparing technical maps and

figures, compiling data tables such as groundwater levels, preparing and

organizing the chemical data, and quantities and cost estimates. The P-1

staff members that comprise the Quality Review Team will review the appropri-

ate sections of the report, as needed.

John D. Tewhey, Ph. D., and James S. Atwell, P.E., will comprise the Quality

Review Team for this project. Donald R. Cote, P.E. will act as Officer-in-

21

Charge. Dirk Brunner, and Richard Fortin will provide oversight and guidance

to the project staff, as necessary, during the preparation of the RI/FS

report.

The estimated levels-of-effort for individual personnel are presented in the

Labor Cost Summary which supports the attached Optional Form 60. Estimates

are based on the information available at this time. Adjustments may be

I necessary as the project progresses.

|; Resumes of proposed project staff are included with this work plan.

^ 3.2 PROJECT MANAGEMENT

To assist in the overall management of the project and to track project and

work assignment schedules, budgets and manpower requirements, Jordan will

utilize computerized management information systems. Through the use of these

systems, Weekly Project Status Reports will be produced. It is anticipated

that these reports will be submitted to MDNR during the second week following

the reporting period.

To monitor manpower utilization and costs, separate account numbers will be

assigned for each project phase. Labor expenditures will be allocated to the

appropriate account on a weekly basis. This Information will be compiled

weekly in the Weekly Project Status Report. This computerized report will

include the following Information for each phase:

22

II o name of each employee and number of hours charged to the work phase that

t week;

f o total hours charged to the work phase by technical discipline for that

week;

If o total hours charged to date to the work phase by technical discipline;

/j o total hours charged to the work phase that week;

|v o dollar value of labor expenditures for that week;

|.%i7 0 cumulative labor cost for the work phase;

Io cumulative labor rate per hour versus budgeted rate; and

I^^ o other direct costs for the month and on a cumulative basis.

I These weekly data will be compared to project budgets to determine project

status. These administrative tools will be used by Jordan in scheduling of

I work assignments and allocating staff resources.

I

I

This report will be used to: 1) determine if sufficient resources are being

committed to each assignment; and 2) identify staff or budget.problems as they

develop. The reports will also be valuable in determining the status of the

tI project on a weekly basis for preparation of weekly progress report.

I 23

( The budget for each phase will provide the basis for tracking project expend!•

~ tures. The weekly computerized project status reports will be submitted to

* the MDNR Project Administrator. This data will be supplemented by a brief

f written summary of work accomplished during that week, problems that devel-

oped, and steps taken to resolve problems.

fProject invoices will be submitted to MDNR every four weeks. At a minimum,

*- Jordan's Technical Project Director and MDNR's Project Administrator will

f review project status on a monthly basis.

H.O BUDGET AND SCHEDULE

PROJECT SCHEDULE

The schedule for the tasks described in this Work Plan is shown in Figure lJ-1.

[ The schedule indicates that a total of six to seven months will be required to

* complete the efforts as described herein. The initiation of Task 10 is

contingent on MDNR's installation of the seven additional monitoring wells and

I scheduling of the CLP laboratories.

[/ Completion of the RI/FS on schedule is contingent upon ^5-day turnaround of

- analytical results from U.S. EPA's Contract Laboratory Program (CLP). Also,

*1' MDNR and U.S. EPA review must be completed in a timely manner to allow for

t: completion of the RI/FS within the designated time period.

4. 2 PROJECT BUDGET

*•"•- The total estimated cost for these investigations is $9**»7 6. Total Jordan

J labor hours for the project are estimated at 2,190. Labor hours by level for

each phase are presented in Tables H-1, 4-2, and l»-3. Table H~i\ presents an

I overall cost summary for these investigations. Table H-5 presents a summary

of other direct costs associated with the project.

I The labor hour and cost estimates presented herein are based on the use of

Level D personal protection described in the Work Plan (Section 2.0). If

r25

t

TASKNO. DESCRIPTION

MONTHS3 4

10

13

16

19

20

21

22

WORK PLAN'

COMMUNITY RELATIONS

MW SAMPLING

POLLUTANT CHARACTERIZATION

ANALYTICAL PROGRAM

CONTAMINATION ASSESSMENT

RI/FS REPORT

EVALUATION OF ALTERNATIVES

CONCEPT UAL DESIGN

1 WORK PLAN COMPLETED

CONTINUOUS ACTIVITY

INTERMITTENT ACTIVITY

CLP ANALYSIS

Ullllllll MONR ACTIVITY

FIGURE 4-1PROPOSED PROJECT SCHEDULE

ROSE TOWNSHIP-DEMODE ROADMICHIGAN DEPARTMENT OF NATURAL RESOURCES

— -ECJORDANCQ

[1.

TABLE 4-1f V"X ROSE TOWNSHIPJ SUPPLEMENTAL REMEDIAL INVESTIGATION/FEASIBILITY STUDY

B.C. JORDAN CO. HOURS BY LEVELr INITIAL ACTIVITIES (PHASE I)

(Professional Technical

fI TASK 4 3 2 1 2 1

I 1. Prepare Work Plan 18 18 40 12 4

. 2. Community Relations 8 4 40 32 16

t| """"Hours by Level: 26 22 80 44 20

Secretarial/Clerical

{ Subtotal Hours; •

m- •'" h F

I

f

t~

I

[

[

I

ri

TaskTotal

92

100

192

16

208

TABLE H-2ROSE TOWNSHIP

SUPPLEMENTAL REMEDIAL INVESTIGATION/FEASIBILITY STUDYE.G. JORDAN CO. HOURS BY LEVELREMEDIAL INVESTIGATION (PHASE II)

1 TASK

I 10. Monitoring WellSampling

t 18. Analytical Program

Data Interpretation/f *** Contamination Assmt.

20. RI/FS Reportt -

' Hours by Level:

I' ~->cretarial /Clerical:

Subtotal Hours :

I

Professional

4 3 2

4 24 8

88 — 4

32 32 104

18 44 92

142 100 208

1

316

16

46

378

TechnicalTask

3 2 1 Total

8 360

200 — — 292

20 — 204

10 10 — 220

210 30 8 1,076

54

1,130

\

I

28

TABLE l»-3ROSE TOWNSHIP

SUPPLEMENTAL REMEDIAL INVESTIGATION/FEASIBILITY STUDYE.G. JORDAN CO. HOURS BY LEVELFEASIBILITY STUDY (PHASE III)

rI

!'•

M-

t*

Professional

TASK 4 3 2 1

Evaluate Alternatives 32 16 212 220

Conceptual Design 32 6 162 70

tf'by Level: 64 22 374 290

Secretarial/Clerical :

TechnicalTask

3 2 1 Total

20 20 — 520

30 — 300

20 50 -- 820

40

ubtotal Hours: 660

29

TABLE H-H

ROSE TOWNSHIP SITESUPPLEMENTAL REMEDIAL INVESTIGATION/FEASIBILITY STUDY

BUDGET SUMMARY

TOTAL LABOR OTHER DIRECTPHASE DESCRIPTION HOURS COSTS COSTS FEE TOTAL

I Initial Activities 208

II Remedial Investigation 1,130

III Feasibility Study 860

Total: 2,19fl

30

TABLE 4-5

ROSE TOWNSHIP SITESUPPLEMENTAL REMEDIAL INVESTIGATION/FEASIBILITY STUDY

OTHER DIRECT COST SUMMARY

TRANSPORTATIONAirfare: 5 RT (PortlandDetroit) g /RT Vehicle charges:

SUBSISTENCE16 days g /day

OTHER DIRECT COSTSWord processing: 80 hours § /hour Computer services: Printing: 8,000 copies § $0. /copy Telephone:Expendables (coolers, ice,

sampling supplies): Safety equipment (includes Level B

for Jordan staff during Task 13): Sampling Equipment: Health monitoring: Shipping: Performance Bond:

Subtotal:

31

field conditions require the use of Level B, then either a budget

revision must be authorized by MDNR or the field program will be reduced so

that it can be completed within the budgeted funds available for this task.

CONTRACT PRICING PROPOSALl .NO D £ I ' £ J . O P M £ S 7 ,

Omce ot Miniw«m«nt and BudtttA p p r o v t l No . 29-RO1S4

TJiu :brm » :or u^« vn tn n lubmtuion of c»*t or pricing -jaea i *** F?R ; - V i O " - ; i ••» rroui' nt lubicnunon for rrit Optionn '-r.-n *9 ts uicnorizrd 5* rh» conrra;::p.j or f tc t r .

, NC

'= it '•.<

E.G. Jordan Co. Rose Township - DeMode Road Site-O-l JM.Ci

261 Conunercial StreetPortland, Maine 04101

! Work Plan1 RI/FS

*::CN NO.

Above and Southfleld. MI 9 1525DETAIL DESCRIPTION CF CC5T :L=MENTS

utter i -.

3. anecr i*» HOU»Sss:

cos: c

See Labor Cost Summary • Various $

TOT i $*u*i ir ;^ isr :;s: s •

135%

SST :;j: j,

>/ a,-,.:, „ £.v/i.»» <, gee other Direct Cost Worksheet $ !ST CIST . J .

See Other Direct Cost Worksheet $ >M i;tM ;. ;wii.ir!>.c; See Other Direct Cost Worksheet $

• $ ' [artt-f'j —f •57 :;s: s.

"OT Hi. C

See Other Direct Cost Worksheet $-0 ' (i DIRECT

i:.

ror a

•;I ;IMC>.: Nos. 3 & 4 @ 15%; Nos. 5 ,6 ,7 ,9 (? 5%; No. B L" 10%$

OR

Thu propoul u luomirrrj for yw tn connr<:io« wuft

Rose Township - DeMode Road - RI/FS Work Plan

Donald R. Cote, P.E.Senior Vice President

E.G. Jordan Co. IAugust 12, 1986cXHISIT A— SUPPORTING SCHEDULE (Sptafy. If »iort is >utdid. xit rtrrnij

COST !l NO. | fTlM OE fatiittt ) ) I £ST COST fS)

See Labor Cost SummaryI

•_ -.o tit ,«..•.*<„••,•,«**• t •. Milton Rapaport, Supervisor Auditor-* « o *ccf«ii ;/• ««-.,«w,«c c«'c: Defense Contract Audit Agenc'JM*- * -i-~««, urssi.c*

Northeast Branch Office ' 617-229-6450

n NA.M SO

sen

?O«.:-( jo .0-'

INSTRUCTIONS TO OFFHSORS

1. Th« purpoi* or this .'orm it to arovia* i »(jnd.*rtj format b* *nic.ith« arT*ror l uomui to tn« Gov»rnm«- . t j ta rn m jrv or mcjrrnJ in j

:o (hi» :orm ,>

eicimattd tjtttl , jpun

Estimate i/e ,tu< 'n t rnord 4* r n.d r equ i r e*n«n t i . T*»e»e TIj» be pre-wnted in d i ( T r r « n t for nut -**itn tn« pr ior *opro«ai ot tr\e Cont rac t ingOfrictr ,f :«qmrrc t'or -nor* e f fec t ive in<3 «Ticnn( prtientjtion. In *Aochcr respect] r.rn\ to t fn •*111 be compie i td tnd t u b n t i t f f d **'icnout

ciiird rc*ie<« inc an j i v iu . ?rôr :o tne j-*ard or j contract rv iu i tm^ reoucit.rrom c n i > propo>a[ :ni offer or t h a l l . a n j t r ;n» cond i t ions t c^ iv j mFPR l - J - JO ' - J a* required :u tuomic i Cernncate ot Current CJK orPncmj D»tj i$e« FPR i - 3 . i O ' - i ( h t -nd 1-1.40'—t|.

2. lo addition to :he ipvcinc ia /ormation r t q u i r t d b» th i s form, theofTcror is expected, m 1000 r'ntn. :o incorpora te m and i u b m t t «KAchki forrn iny additional data, tupportin( tcrtvduiti , or luOK^nttation«h4Ch arc r tasonablv re^y.rco for tn* conduc: a( in ippropnac t re-

For c n<or:

i, Th* titinn;, -»«riQaol* data.b. Th< iud |mtnul i^CTOr

to the *»(iraacr, indC. Th« contiof »nc:«i ui«d bv ;h* orfrror in his

In ihort. :h« orfcror > «)iima(in| proem .cxlf n«rd>

pftcr.

duclowd.

v B<Omci

lubmut ton of* :fii» prooowi :n« orTcfor |ranta co :h* Contncnnj(hefor

pur POM of *«n:'yina; tnc con or snc in j i^ca tuomi t i rd , thox ouo*.i.rvcoroa, docurnvnr j jna o tne r luooorcmj iiu «hich * < i l p»r:tu( idc-quat* r»iuacion of tuc.i ;s\i or pricing ^Jt^. iion^ *un thv ;o*ripacj-tions tncl ?roivctiuni jaeo tn*rem. This n j n t mtv >» ntm»«d <n con-

FOOTNCTSS

If &* 191*1 .#

,/•

.jttt if' 'r/rr/f

C* !lni|:T A —SwMCITiNC SC-SSU

OPTTOSAi, rOILM jo

APPENDIX

A.l.D.

Column

Column Flow

Chart Speed

Photovac CHROMATOCRAPH DATA SHEET

Temp.

ml/min Atten.

cm/min Span mV

Project

Standards RT's

min.

DATE TIME STA.<* LOCATION DESCRIP. SYR./' SPL.VOL(uL) PEAK J*T's (, (Area or Height) REMARKS

r>rr

I N I

. L

I

__, i

I

Tt

feOKING t WELL 1GROUND ELEVDRILL CO.RECORDED BY

TOC ELEV.DRILLER

:DRILLING RIG

"•'DRILL TYPEDATE STAKT TIMEDATE COMPLETE TIMEWEATHER

WATER ELEV. FIRSTSCREEN: FROM:

COMFL.TO: ft.

TYPE: SIZE:CASING: TYPE: DIAM. :

ELEVFT.

~:

':IM/ -

SAMP.NO.

SAMP.TYPE

-

BLOWCOUNT

iJ

TJ 4

1

^^ 4 '

-

•

•w \

i

1

j

•

•

DEPTHFT.

•

9

t-

L1r

1-

DESCRIPTION

SITL NAML

COUNTYTOWNSHIP SEC.

T

1>

. R . i t !LOCATION SKETCH

4>

-•

•

4

.

•

WELLPROFILE

i

REMARKS(odor, fluid loBs.cU^)

!

i

1

PACE of

RESUMES

DANIEL G. ARGENTATI. GEOLOGIST

Education

Michigan Technological University - B.S. in Geology, 1984

Professional Experience

Mr. Argentati serves as a coordinator of field activities during site investiga-tions at hazardous waste sites. He is currently serving as field geologist atthe Northernaire site in Cadillac, Michigan for the Department of NaturalResources. Site activities include field screening for hexavalent chromium,collection of piezometric data, and installation of monitoring wells. Mr.Argentati is monitoring the activities of drilling subcontractors and over-seeing the paperwork packaging and shipment of samples to CLP laboratories foranalysis. In addition, he has been a member of field sampling teams at otherhazardous waste NFL sites and participated in the collection of groundwater,surface water, soil and sediment sampling.

ARGENTATI,DANIEL/2.0

°002-0-0 ECJORCANCQ

JAMES S. ATWELL, MANAGER - SOLID/HAZARDOUS WASTE SERVICES

Educat ion

University of Maine - B.S. in Civil Engineering, 1965

University of Maine - M.S. in Civil Engineering, 1966

Professional Licenses

Professional Engineer - Maine and Massachusetts

Affi1:at i ons

Waste Management CommitteeAmerican Society of Civil Engineers, SolidNational Solid Waste Management AssociationWater Pollution Control Federation


Mr. Atwell is responsible for the development of management programs for thehandling and disposal of municipal, industrial and commercial hazardous andnon-hazardous wastes. Management programs include assessment of the volume andnature of waste; assessment of disposal alternatives including resource orenergy recovery; site selection; evaluation of the environmental, social andeconomic impacts of construction and operation of disposal areas; and systemsdesign.

Recent projects have included an assessment of the extent of solvent, resin andinorganic contamination in soils and surface and groundwaters at the Silresimuncontrolled hazardous waste site and surrounding area in Lowell, Massachu-setts; a hazardous waste evaluation at a Burlington, Vermont Superfund sitewhere a coal gasification plant operated for more than 30 years; and a geologicinvestigation and contamination assessment at a site formerly used for chemicalstorage and now under consideration for purchase by the Boston Edison Company.

Mr. Atwell has also served as project manager for the site investigation andpreliminary design of an oily waste transfer storage and processing system forthe Maine Department of Environmental Protection; preparation of a closure planfor a Haverhill, Massachusetts landfill; review and recommendations for U.S.EPA hazardous waste regulation guidance documents; and site evaluation, selec-tion, and design of two ash disposal systems with leachate collection for theCentral Maine Power Company.

While manager of solid vaste management programs, Mr. Atwell was involved inthe following projects: site evaluation, operating plan, and long-term solidwaste disposal program for disposal of papermill sludge .and mill waste for 5.D.Warren Company in Westbrook, Maine; land disposal of sludge and solid waste(400 cubic yards per day) and leachate control for International Paper Company;sludge disposal and leachate control program, Boise • Cascade Paper Hill,

ATWELL,JAMES/I0001.0.0

ECJORDANCQ'

JAMES S. ATWELL (Continued)

Rumford, Maine; leacbate control for Vestbrook, Maine; and municipaltannery waste disposal and leacbate control for Saco, Maine.

Mr. Atwell served as project manager for EPA Contract No. 68-015772 from Feb-ruary 1979 until April 1980. This contract involved several subcontracts andrequired the establishment of large-scale sampling programs for the collectionand analysis of solid and liquid samples for priority pollutant analyses. Thecontract also required assessment of waste management technologies and thepreparation of industry profiles, regulatory support packages, and technicalguidance documents.

Other project experience has included preparation of a solid waste and sludgedisposal operating plan for St. Regis Paper Company, Deferiet, New York (90,000cubic yards per year); regional solid waste management planning for WashingtonCounty, Maine (2,000 square miles); secure landfill, stability analysis andleachate collection with a 30-plus year life for Statler Tissue, Augusta,Maine; and assessment of available sludge management systems for a Californiafirm.

Mr. Atwell was also responsible for solid waste management projects whichemphasized the evaluation and development of resource or energy recoveryalternatives including waste/resource recovery projects for the North KennebecRegional Planning Comuission; the municipalities of Biddeford, Saco and OldOrchard Beach; and Orono, Old Town, University of Maine at Orono.

Publications and Presentations

"Boiler Ash Disposal." Presented at TAPPI Annual Meeting, Chicago,Illinois; March 3, 1981. To be published in TAPPI Magazine, July1981.

"Practical Approaches to Coal Ash Disposal." Presented at annual meetingof the Associated Industries of Maine, Portland, Maine; October 1980.

"Design of Hazardous Waste Landfills." Presented at Fall Meeting of NewEngland Water Pollution Control Association, Falmoutb, Massachusetts;October 1980.

Atwell, James S. and Walker, Stanley £., "Site Selection and Design ofUtility Oil Ash Landfill." Presented at Third Annual Madison Con-ference of Applied Research and Practice on Municipal and IndustrialWaste; September 10-12, 1980.

"Solid Waste Disposal for the Pulp and Paper Industry." Presented at theAmerican Institute of Chemical Engineers Annual Meeting, Houston,Texas; April 1979.

"Wastewater Sludge Incineration." Published by and presented at theSpring TAPPI Meeting, New York; March 1979.

ATWELL,JAMES/10002.0.0

ECJORDANCO

JOHN H. BARKACH, HYDROGEOLOGIST

Education

Michigan State University - B.S. in Geology, 1983


Mr. Barkach's experience encompasses aquifer and water resources management,specifically problems associated with contamination of aquifers. He hasexperience in waste management studies involving clean-up programs, contaminanttransport, and contaminant and monitoring systems. During field programs, hisduties have included supervision during soil borings and construction ofmonitoring well networks, and the collection and interpretation of field data,including geologic, hydrogeologic, and water quality-related information. Heis familiar with U.S.EPA protocols for the collection and preservation of air,soil and water samples.

Mr. Barkach has participated in site investigations that involved theinstallation of monitoring systems to assess the subsurface transport ofhazardous waste and synthetic organic chemicals and hydrocarbons. The focus ofthese investigations for industrial and state agency clients has been toevaluate the extent of contamination at the site and to develop an appropriateclean-up program that will meet established criteria.

He has worked at Superfund sites in the mid-western and southeastern regions ofthe country. His responsibilities included literature review, computermodeling to assess documented and potential sources and migration patterns ofgroundwater contamination, the development of remedial action alternatives,data compilation and review, development of long-term monitoring plans, andreport preparation.

BARKACH,JOHN/2.0

°002-0-0 . ECJORDANOQ

RICHARD R. BOOTHSY

Manager, Graphics and ReproductionE.G. Jordan Co.

QUALIFICATIONS SUMMARY

Mr. Boothby is a senior technician with the Jordan Company. He has over 15years' experience in the areas of graphics preparation and reproduction, and iscurrently responsible for coordination and production of all graphicallyoriented materials within the firm. In addition to providing graphics exper-tise to major company projects, Mr. Boothby has special skills in the area ofcartography.

EDUCATION

PROFESSIONALHISTORY

University of Maine - Graphic Arts

1980 to date Manager, Graphics and Reproduction - E.C. Jordan Co.

Oversees Graphics Department and Reproductive Services depart-ment as well as fulfilling responsibilities of GraphicsDesigner.

1969 to 1980 Graphics Designer - E.C. Jordan Co.

Responsible for coordinating and providing specialized graphicinput to technical studies, site planning, areawide resourceevaluations, design layout and production of visual materialsfor public presentation. Graphics production also includes thepreparation of overlays and maps, showing drainage patterns,soils, topography, surficial geology, land use, emergencyplanning conditions and evacuation routing.

1966 to 1969 Cartographer - U.S. Soil Conservation Service

Performed services as a cartographer, surveyor, assistant to thehydrologist, and construction inspector. Duties includedcartography for soils maps of Aroostook County in northern Maineand general drafting and technical support to a number of otherprojects, including numerous field surveys for flood controlstudies.

BOOTHBY,RICHARD/1.00002.0.0

DIRK R. BRUNNER, SENIOR PROJECT ENGINEER, SOLID AND HAZARDOUS WASTE

Education

Clarkson College of Technology - B.S. in Civil Engineering, 1966University of Maine - M.S. in Civil Engineering, 1968

Affiliations

American Society of Civil Engineerso Hazardous Waste Committeeo Residuals Committeeo Publications CommitteeWater Pollution Control FederationAmerican Water Works Association

Professional Experiencef

Mr. Brunner is responsible for all aspects of solid and hazardous waste manage-ment within Jordan. He brings to his position extensive experience with theU.S. EPA and familiarity with the Federal regulatory process. He is currentlyproviding technical assistance to responsible parties at two Superfund sites,and he recently completed a remedial investigation/feasibility study (RI/FS)for a Superfund•site technical action group consisting of government agenciesand responsible parties. Other recently completed responsibilities include

t^^ direction of an extensive exploration program designed to assess physical andchemical characteristics of the soil along the alignment of a proposed contain-ment wall at Love Canal in Niagara Falls, New York.

He is currently serving as Technical Director of an RI/FS of the SolventSaver's Site, an NPL site in central New York. In connection with this site, apreliminary investigation report of a satellite facility was submitted toNYSDEC. For another Superfund project, he directed the design and construction

^ of an alternate water supply line serving residences in the vicinity of ahazardous waste site.

Mr. Brunner provided technical review of the investigation, design and pre-paration of construction specifications for the Pine Street Canal coal tarSuperfund site in Vermont, the Massachusetts Electric coal tar site in Spencer,and the Brattleboro-Hinsdale Bridge coal tar site in New Hampshire.

As a result of his U.S. EPA experience and regulatory knowledge, Mr. Brunner isoften called upon to support Federal investigative programs. He is currentlyassisting the U.S. EPA in the development of regulatory strategy and guidancedocuments for preparation of petitions for anticipated hazardous waste bans.For the U.S. EPA Office of Water Regulations and Standards Committee, Mr.Brunner has provided technical advice in the development provided technicaladvice in the development of regulations for landfilling of POTW sludges. Inaddition, he served as a special consultant in a program entitled, "Performanceof Synthetic Materials in Cap and Liner System at Hazardous Waste Facilities."His responsibility included preparation of a summary report addressing linerproperties field installation practices, liner performance, and failure modes.

BRUNNER,DIRK/2.00009-°-0 ECJORDANCQ

DIRK R. BRUNNER (Continued)

On a similar assignment, he assisted in work scope development and providedetailed review of the final report on a project to assess the performance ofclay barriers for cap and liner systems. Recently completed reports preparedunder his direction include leachate collection and removal system design andconstruction guidance and an assessment of leak detection systems for hazardouswaste facilities.

For the Boston Edison Company, he directed contamination audits and liabilityassessments at two former industrial facilities. Test pits, environmentalsamples and a records search were used to assess the extent of contamination,potential impact on future site use, and costs of remedial measures. Duringthis assignment he assessed the potential liabilities incurred by the purchasedunder RCRA and CERCLA. Mr. Brunner has directed several RCRA permit activitiesfor other industrial clients. These activities ranged from certification ofclosure to Part B permit applications.

Mr. Brunner served 13 years with the U.S. EPA and U.S. Public Health Service inthe management of solid and hazardous waste. He directed a $2- to $4-millionper year research program to define potential adverse effects from landfilledwastes and to develop evaluation tools and technology for controlling thoseeffects. Major projects involved:

o Preparation of Technical Resource Documents for hazardous waste landtreatment, surface impoundment, and landfill regulations.

o Technical assistance to the Office of Solid Waste during hazardous wasteregulation development.

o Formulation of predictive techniques for estimating concentration kineticsof landfill leachate.

o Research programs that have led to: leachate recirculation for controlleddecomposition; design charts and mathematical models to estimate methanemigration; onsite leachate treatment; enhancement of methane production;and assessment of health risks at landfills.

Mr. Brunner has been honored by the EPA for noteworthy contributions to solid/hazardous waste landfill research.

Publications and Presentations (Partial Listing)

Brunner, D. R. and J. J. Keller, Sanitary Landfill Design and Operation.U.S. Environmental Protection Agency, SW-65ts, Cincinnati, Ohio, 59p.1972.

Carnes, R. A., D. R. Brunner, R. E. Landreth and M. H. Roulier, "LandDisposal of Wastes: Potential for Groundwater Pollution." InProceedings of International Symposium on Environmental Monitoring.U.S. Environmental Protection Agency, Las Vegas, September 14-19,1975.

BRUNNER,DIRK/2.0

0010.0.0 __ irvvÂMrv-NECJORDANCQ

DIRK R. BRUNNER (Continued)

Heidman, J. A. and D. R. Brunner, "Solid Waste and Water Quality." JWPCF49, 1188-1192 (1977).

Brunner, D. R. and R. A. Carnes, "Characteristics of Percolates of Solidand Hazardous Waste Deposits." JAWVA 69(8) August 1977, p. 453-457.

Brunner, D. R., "Forecasting Production of Landfill Leachate." In Pro-ceedings of the 5th Annual Research Symposium, Municipal Solid Waste:Land Disposal and Resource Recovery. March 26-28, 1979, Orlando,U.S. Environmental Protection Agency, Cincinnati, 1979.

Brunner, D. R., M. H. Roulier and B. Vincent. "Background Document for 40CFR 122.25 Informational Requirements of Permitting Discharges fromLand Disposal Facilities." U.S. Environmental Protection Agency,March, 1981.

BRUNNER,DIRK/2.0

°011-0-0 ECJORDANCQ

DONALD R. COTE, SENIOR VICE PRESIDENT

Education

Northeastern University - 1967, B.S. in Sanitary EngineeringNortheastern University - 1969, M.S. in Sanitary Engineering


Professional Engineer - Maine, New Hamsphire, Vermont, Massachusetts,Connecticut, Pennsylvania, New York, Delaware, Rhode Island, Illinois,Michigan, Maryland, and New Jersey


Mr. Cote has overall technical and administrative responsibility for the firm'smultidisciplinary consulting services in design engineering, earth and waterresources, pulp and paper design, and project management. These responsibili-ties include the direction of Jordan projects in the solid and hazardous wastefield, which incorporate services offered by the firm's environmental andgeotechnical engineers, hydrogeologists, soil scientists, and chemists.

Recent solid/hazardous waste-related projects under his management include: aremedial action assessment and long-term environmental monitoring at Love Canalin Niagara Falls, New York; EPA Effluent Guideline Division's Best AvailableTechnology Programs for food, and pulp, paper, and paperboard point sourcecategories; toxic pollutant identification and treatment research and develop-ment for EPA's IERL; development of remedial action plans for three uncon-trolled hazardous waste disposal sites; design of four secure waste disposalsites; development bf a process water reclamation system for removal of non-conventional and toxic pollutants; and the planning and design of a 200-tpdincineration/energy recovery system.

COTE,DONALD/2.0

0006.0.0 rr« v»r»rsnKi/->r\— EGJORDANCQ

JAMES DRAGUN, SEKIOR SCIENTIST

Educat ion

Vayne State University - B.S. in Chemistry, 1971Pennsylvania State University - M.S. in Soil Chemistry, 1975Pennsylvania State University - Ph.D. in Soil Chemistry, 1977National Institute of Health - Postgraduate studies in Medicinal

Chemistry and Human Physiology, 1979-1981

Professions! Experience

Dr. Dragun offers expertise in the analysis of the transport and transforma-tions of chemicals in soil/grounduater systems gained from a strong chemistrybackground and significant engineering project experience in the assessment andcleanup of controlled and uncontrolled hazardous waste sites. These analyseshave included recommendations for remedial action at sites contaminated bydioxin, PBBs, radionuclides, PCBs, organics and inorganics, pesticides, andsolvents.

As senior scientist his responsibilities have included directing project teamsmade up of hydrologists, geologists, toxicologists, and environmental and civilengineers; representing clients during negotiations with regulatory agencies;and maintaining client liaison, project schedules, and project budgets.Project sites have included two top priority Superfund sites and e majormilitary weapons facility in the western United States. He is currentlyinvolved in Jordan's contract with the Michigan Department of NaturalResources to conduct remedial investigations and feasibility studies at Super-furid er.d other hazardous waste sites throughout the state.

Kis achievements include:

o Initiated and directed a program involving three government-sponsoredlaboratories that developed test protocols to measure the adsorptionend chemical reactions of toxic substances, hazardous materials, andpesticides in soils; and created estimation techniques to predict theoccurrence and extent of these processes.

o Served as a member of e group of nationally recognized expertscounseling the U.S. EPA on the potential environmental transport andtransformations of chemicals that are prime candidates for regulatoryaction. Findings of this group have been disseminated to over 24countries for use in developing policy and regulations.

Dr. Dragun has coauthored over 40 technical publications on engineering aspectsof groundwater contamination and hazardous waste management; the transport andtransformations of toxic substances in soil/groundwater systems; and thedevelopment of soil testing methods to predict the mobility and transformationsof chemicals in soil/groundwater systems.

DRAGUN,JAMES/2.0P O O L . o . o ECJORDANCO

JAMES DKAGUN (Continued)


"Chemical Engineering Aspects of Groundwater Contamination: III.Remedial Action." With R.W. Schneiter and T.G. Erler.III.Chemical Engineering (pending publication).

"Chemical Engineering Aspects of Groundwater Contamination: II.Human Exposure." With T.W. Kalinowski and R.M. Block. ChemicalEngineering (pending publication).

"Two Case Studies of Cost-Effective Remedial Actions for PCB-ContaminatedSoil." With T.G. Erler, 111 and D.R. Veiden. Proceedings of the38th Annual Purdue Industrial Waste Conference, 1984, Ann ArborScience.

"Evaluation of Molecular Modeling Techniques to Estimate the Mobility ofOrganic Chemicals in Soils: II. Water Solubility and the MolecularFragment Mobility Coefficient." With C.S. Helling. IK LandDisposal: Hazardous Weste. Proceedings of the 7th Annual ResearchSymposium, 19B1, Southwest Research Institute and the U.S.Environmental Protection Agency, Philadelphia, PA.

"Soil Leaching Tests of Toxic Organic Chemicals." With C.S. Helling.j^N Test Protocols for Environmental Fate and Movement of Toxicants.Association of Official Analytical Chemists, Arlington, VA(1SBS-0-9355BA-20-X).

ECJORWNCO

DAVID B. ERTZ, REGIONAL MANAGER, CENTRAL UNITED STATES

Education

University of Vermont - B.S. in Civil Engineering, 1973Cornell University - M.S. in Waste Management, 1975


Professional Engineer - Maine

Affiliations

Water Pollution Control FederationNew England Water Pollution Control Association


Mr. Ertz is responsible for overseeing Jordan's projects in the Central UnitedStates. He brings to this position 12 years of experience in the management ofmajor multidisciplinary projects assessing industrial generation and disposalof hazardous wastes. He has managed Superfund site remedialinvestigations/feasibility studies and remedial design, conducted under theauspices of the U.S. EPA (or its contractors) or state agencies undercooperative agreement. As a result, he has developed a working knowledge ofenvironmental regulations, including those promulgated under CERCLA, RCRA, andTSCA.

Mr. Ertz served as project manager for a site contamination audit and heavymetal sludge landfill closure at two separate sites, as well as additionalcontamination assessments that were conducted for confidential clients. Theseprojects emphasized hydrogeologic investigations and contamination assessmentsto define existing and potential environmental and health problems and provideda basis for selecting and implementing a remedial alternative. Detailed designof a remedial capping system was involved at two of these sites.

For private clients, he has managed site audits and contamination assessments,landfill and lagoon closures, and projects that developed remedial alterna-tives, including design of alternative water supply, sewer removal and dis-posal, and remedial capping systems.

Specific Superfund and other uncontrolled hazardous waste site project exper-ience includes remedial investigations/feasibility studies at an abandonedhydrocarbon facility, the Cannons Engineering Corporation site in Bridgewater,Massachusetts, and the Acme Solvent site near Rockford, Illinois, where solventrecovery still-bottoms sludge were disposed. For the North Hollywood Dump sitein Memphis, Tennessee, Mr. Ertz managed Jordan's evaluation of the extent andnature of environmental problems caused by the dump and development of remedialaction alternatives to address environmental and health problems. In anotherproject, design and construction of a permanent water supply was completed toserve residents threatened by contamination of domestic wells near the WinthropLandfill in Winthrop, Maine.

ERTZ,DAVID/2.0

0002.Q.O : — ECJORDANCO •

DAVID B. ERTZ (Continued)

Mr. Ertz served as project manager for a $4-million contract with the U.S.EPA's Effluent Guidelines Division that addressed generation of hazardouswastes and discharge of toxic pollutants by specific food industries. For thiscontract, Mr. Ertz coordinated and managed technical programs for multipleindustries, many of which required major sampling events to detect and quantifytoxic pollutants in liquid and solid media. A major portion of these samplingprograms related to a study to determine the fate of toxic pollutants inpublicly owned treatment works (POTW). Technology was assessed for the controland treatment of toxic and conventional pollutants, followed by the preparationof conceptual designs and attendant cost estimates. These Jordan activitiesinvolved several functions and up to 20 personnel from several disciplines.

While employed in the industrial sector, Mr. Ertz had the responsibility ofmonitoring and evaluating proposed and enacted regulations dealing with solidand hazardous wastes, air, potable water, and wastewater. He also managed a$100,000 remedial action program at a site where leaks from several PCB-filledtransformers had taken place. Mr. Ertz organized and instituted a program todetermine the extent of contamination and then initiated work to alleviate theproblem. Remedial action involved individual contractors for transformerremoval, PCB disposal and cleanup. A clean-up effort followed to removecontamination from the adjacent areas. In addition, Mr. Ertz developed aprogram for characterization and disposal of waste treatment residues at atextile facility. This work was conducted in cooperation with the responsiblestate agency to comply with hazardous waste regulations.


"Dissolved Air Flotation Treatment of Seafood Processing Wastes -- AnAssessment." Presented at the Eighth National Symposium on FoodProcessing Wastes, March 30 - April 1, 1977, Seattle, Washington.

"Caution - EPA Contractor at Work." Presented at the Conference onSeafood Waste Management in the 1980s, September 23-25, 1980,Orlando, Florida.

"Development of BCT Effluent Guidelines for the Food Processing Industry."Presented at the Eleventh Conference on Environmental and EnergyEngineering in the Food Processing Industry, February 22-27, 1981.

ERTZ,DAVID/2.0

°003-0-0 , ECJORDANCQ'

RICHARD L. FORTIN, MANAGER, HYDROGEOLOGY

Education

University of Maine - B.S. in Natural Resources, 1974Boston University - Masters in Hydrogeology and Land Use, 1981University of Waterloo - Finite Element/Finite Difference Groundwater

Modeling Seminar conducted for E.G. Jordan Co. by Dr. Emil 0. Frind,April 1983


Mr. Fortin has broad experience in the application of technical understandingof surface and groundwater principles to land and water use problems, particu-larly in regard to the review and evaluation of such matters as solid/hazardouswaste disposal, water supply development and groundwater contamination.

Mr. Fortin is responsible for groundwater resource and contamination studies in'support of Jordan's water resource evaluations, special and hazardous wasteinvestigations and facility designs, and wastewater land application/injectiondesigns. He has directed and participated in a number of hydrogeologicprojects involving such activities as the design and implementation of ground-water exploration and monitoring programs, design of groundwater extractionsystems, evaluation of chemical analyses of soil and water, quantity andquality contamination assessments, groundwater flow/solute transport modeling,and report preparation.

Mr. Fortin has performed hydrogeologic investigating at several pulp andpapermill sludge landfills. These investigations involved installing ground-water wells, geologic studies, bedrock fracture analyses, and determination ofrate and direction of groundwater movement. He has investigated unsaturatedflow conditions beneath a lagoon in Massachusetts to determine groundwaterquality conditions.

He developed a groundwater resource management plan for Nantucket, Massachusetts.This project involved investigating the island's hydrogeology and nitrate andsalt water contamination. He developed several groundwater and solute trans-port computer models for these studies. Mr. Fortin also developed a groundwatermodeling program for Jordan's remedial action assessment and long-term environ-mental monitoring at Love Canal in Niagara Falls, New York.

Mr. Fortin played a key role in Jordan's hydrogeologic investigation at theformer Silresim Chemical Corporation site in Lowell, MA, serving as fieldleader for an extensive explorations program and evaluation of hydrogeologicdata. The results of these efforts enabled the Jordan Company to characterizeareal and vertical distribution of contaminants and to determine the rate andextent of migration.

IFORTIN,RICHARD/2.00005.0.0 ECJORDANCQ

BRUCE A. FOWLER, HYDROGEOLOGIST

Education

Boston University - B.S. in Geology, 1977University of Vermont - M.S. in Environmental Engineering, 1984

Affiliations

American Society of Civil EngineersWater Pollution Control FederationNational Water Well Association


Mr. Fowler specializes in hydrogeologic investigations, groundwater characteri-zation, groundwater modeling, and development of remedial action technologies.He has extensive experience in computer analysis of the fate and impact poten-tial of hazardous contaminants in landfills. His geologic engineering experi-ence includes subsurface pressure detection analysis and numerical reservoiranalysis in exploration drilling for gas and oil.

Mr. Fowler recently served as technical coordinator for the RI/FS at the RoseTownship Superfund Site in Michigan. The project involved extensive siteinvestigations and detailed surface and groundwater assessment to determinepossible paths -of contaminant transfer and plume migration characteristics.Mr. Fowler's responsibilities included assessment of fate and transport of avinyl chloride groundwater plume and design of remedial action technologies.He coupled several 2-D analytical transport models to estimate the volume andconcentration of leachate generated from the industrial dumping site and thesubsequent dispersion of those contaminants in a drinking water aquifer. Forthe Feasibility Study, Mr. Fowler developed preliminary designs of groundwaterextraction and soil flushing systems as part of the overall remedial actionplan. In addition, he prepared the Rose Township Remedial Investigation FinalReport for presentation to the Michigan Department of Natural Resources.

At the Gratiot County Landfill Site in Michigan he headed the site investiga-tion and pump test analysis of a dewatering system to drawdown water levels ina slurry wall-contained hazardous waste site in Michigan. Numerical modelingof point well sources with image well theory was employed to predict headdepression beneath a saturated clay-capped zone. Nine well-points were used tocontrol pore pressures in the contaminated soils so that construction of theimpermeable cap could be completed.

Mr. Fowler recently reviewed and clarified the design and implementation plansof a sophisticated groundwater control system at the Pine Street Canal Super-fund site for the Vermont Agency of Transportation. The complex system incor-porated approximately 350 shallow well points to control pore pressure in coaltar-contaminated peat soils during construction of a roadway across the site.For a confidential industrial client, Mr. Fowler performed mass-balance analy-sis on a contaminated plume migrating toward a public water supply in Massa-chusetts. Extensive numerical and mass-balance modeling techniques wereapplied to evaluate the individual contribution of a single point sourcepollutant to a larger contaminated plume body. The Konikow and Bredehoeft 2-Dtransport and dispersion model was utilized to evaluate the effect of various

•

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BRUCE A. FOWLER (continued)

injection and pumping wells on plume migration. For the U.S. EPA, he reorgan-ized and receded mass-balance water budget model and linked it with a 2-Dtransport model. This analytical tool was used to evaluate contaminant migra-tion from landfills with degrading clay barriers.

Honors and Awards

D.P. Fay Award for "Outstanding Contribution to Civil Engineering" -Graduate Teaching and Research Fellowship at University of Vermont

Publications

Fowler, Bruce A., "Phosphorus Diffusion in Lake Sediments," presented atthe 14th Annual Great Lakes Research Conference Proceedings.

Fowler, Bruce A., "Nutrient Regeneration from Lake Sediments," MastersThesis, University of Vermont, 1984.

Fowler, B.A., J.C. Drake, and D.R. Hemenway, "Effects of Flow Rate andTemperature on Phosphorus Release from Intact Sediment Cores,"Freshwater Biology (In Press).

FOWLER,BRUCE/2.00003.0.0

ECJORDANCQ

MARJORIE K. FRIEDERICHS - JUNIOR SCIENTIST

Education

Michigan Technological University - B.S. in Biology, 1980Lion Technology Seminar on Hazardous Waste ManagementUniversity of Wisconsin - Coursework in Solid Waste Disposal


Ms. Friederichs is experienced in the area of hazardous and solid waste manage-ment. She has developed and implemented groundwater monitoring systems forsolid and hazardous waste facilities, supervised and interpreted groundwaterquality results, and performed initial feasibility studies for landfill suit-ability.

She is currently involved in site work for the Rose Township RI/FS forMichigan's Department of Natural Resources. Responsibilities during the siteexploration portion of the Remedial Investigation include, groundwater and soilsampling, exploratory drilling and monitoring well installations.

Ms. Friederichs has also assisted in the development of environmental impactassessments; reviewed solid and hazardous waste management plans and techniquesfor clients; developed, implemented and directed gas migration control tech-niques; and conducted industrial pretreatment studies.

FRIEDERICHS,MARJORIE/2.0

£ ECJORDANCQ

NORMAN E. GARDNER, GEOLOGIST

Education

Ohio State University - B.S. in Geology, 1964Ohio State University - Graduate Studies in Geology, 1964-1965

Affiliations

American Association of Petroleum GeologistsNational Water Well Association


Since joining the Jordan Company, Mr. Gardner has been involved with fieldactivities for several projects under a multi-site RI/FS contract for theMichigan Department of Natural Resources. Specific projects to which he hascontributed include:

c Assistance on a hydrogeologic study for an Indiana industrial clientto assess the impact of volatile organic contamination in thegroundwater. Activities included groundwater sampling, aquifertesting and subsequent data interpretation.

0 Assistance with various phases of the field activities on severalsites under the Michigan Department of Natural Resources Multi-siteRI/FS contract. These activities include: soil and groundwatersampling, aquifer testing to estimate permeabilities, and soilborings/monitoring well installation.

Prior to joining Jordan, Mr. Gardner was affiliated with Battelle MemorialInstitute's geotechnical department working on the DOE - sponsored nuclearwaste repository project. During that time he assisted senior geologists ingeotechnical work related to the siting of a nuclear waste repository. Pastprojects included:

0 Development of a public comment response document for the Geologysection of the Environmental Assessment of the Texas nuclear wasterepository site.

0 Lithologic description of the rock core from the Mississippi nuclearwaste repository site.

GARDNER,NORMAN/2.00002.0.0 ECJORDANCQ

MATTHEW D. JERUE, PROJECT MANAGER

Education

University of Michigan - B.S. in Chemical Engineering, 1976University of Michigan - B.S. in Environmental Engineering, 1976


Mr. Jerue is experienced in the conduct of remedial investigation/feasibilitystudies as well as other hazardous waste management studies (prospective andretrospective), including those of an industrywide nature.

He has assisted in the management of Jordan's multi-site contract with theMichigan Department of Natural Resources. For this assignment Mr. Jerue hascoordinated Jordan's activities with DNR staff and has provided on-site safetycoordination, monitoring and data interpretation and assessment. Thiscoordination has involved the simultaneous coordination of field investigationsat several sites.

Prior to joining Jordan, Mr. Jerue had project management responsibilities formulti-task hazardous waste site investigations and site audits performed forprivate and public clients.

He has performed hazardous waste management inspections and audits to assesspotential liabilities, and made recommendations for waste management and/orremedial activities programs at a variety of industrial facilities and land-fills. He has performed evaluations of unit operations to assess their poten-tial to produce hazardous waste, as well as determinations of potentialhazardous wastes generated during various demolition projects.

Mr. Jerue has prepared health and safety procedure manuals for onsite inspec-tions and drilling operations, and technical feasibility and economic impactdata for proposed governmental regulations. He is thoroughly familiar with EPAand DOT hazardous materials regulations and has participated in hazardousmanagement and DOT hazardous material (regulations) orientation and trainingseminars for both clients and parent company personnel and clients.

In addition, Mr. Jerue has been involved in field activities including samplecollection and field analysis. He is experienced in the operation of fieldanalytical equipment such as the Photovac 10A10 organic vapor analyzer.

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ECJORDANCO

JAMES R. MARZOLINO, JUNIOR ENGINEER

Education

B.S. in Environmental Science - Lake Superior State College, 1983A.A. in Water Quality Technology - Lake Superior State College, 1979A.A. in Natural Resources Technology - Lake Superior State College, 1979

Professional Affiliations

American Chemical Society


Mr. Marzolino serves as a member of the Jordan field investigation team andconducts air quality sampling and air monitoring.

He has conducted testing, monitoring and analysis of air quality samples andhas a thorough knowledge of U.S. EPA Regulations. In addition, he has managedfield investigation groups and acted as group leader for air quality serviceprojects. Mr Marzolino has also performed water quality field samplingprojects.

His current field responsibilities include sampling of air, soil, and water aswell as air monitoring at several sites in Michigan as part of Jordan'sstatewide RI/FS contract with the Michigan Department of Natural Resources. Atthe Rose Township Site, he is working at Level B (SCBA) protection.

Before joining Jordan, Mr. Marzolino developed sampling and analyticalmethodology for source emission testing products and was responsible fortraining technicians in source sampling methodologies. He provided consultingand testing for projects that involved the need for air quality services.

MARZOLINO,JAMES/I0001.0.0

ECJORDANCQ

GRETCHEN A. MIKESKAE . G . Jordan Co., Project Engineer

EDUCATION

B.S., Environmental Engineering, University of Vermont, 1982

PROGRAM QUALIFICATIONS

o Experienced in the engineering development and evaluation of remedialtechnologies at uncontrolled hazardous waste sites

o Familiar with federal and state regulations for the land disposal ofwastes

o Knowledge of EPA-OSW programs through ongoing involvement in technicalsupport and guidance programs

o Knowledgeable in the assessment of demonstrated as well as experimentalremedial action technologies

o Experienced in the preparation of remedial action plans, including pre-paration of work plans and quality assurance management plans

o Engineer-in-training

RELEVANT EXPERIENCE

Ms. Mikeska specializes in the assessment of site contamination and developmentof remedial action plans for uncontrolled hazardous waste sites. Her experi-ence includes hazardous waste engineering and design, and water/wastewaterengineering and design. She has prepared Quality Assurance Management Plansand work plans. In addition, she has conducted assessments of one-time chemi-cal spills, considering both extent and rationale for the contaminant distribu-tion.

For the EPA Office of Solid Waste, Ms. Mikeska conducted an extensive evalua-tion of leak collection/detection systems at hazardous waste landfills andsurface impoundments. Demonstrated methods (collection pipes, geotextiles) aswell as more experimental methods (resistivity, acoustic emission monitoring)were assessed in terms of technical feasibility and cost.

She has contributed her expertise to a number of Remedial Investigation/Feasi-bility Studies. Major projects have included the Rose Township-Demode Roadsite (Michigan); Solvent Savers site (New York); the Cannons CorporationEngineering site (Massachusetts); and the Acme Solvent Superfund site(Illinois).

For the Rose Township-Demode Road site she "tracked" the project from prepara-tion of the preliminary FS to final selection of the alternative. During thepreparation of the FS, she developed site-specific action limits for theprimary groundwater and soil contaminants by considering identified transport

MIKESKA,GRETCHEN/1.20005.0.0 ECJORDANCQ

Gretohen A. Mikeska (continued)

mechanisms, potential receptors and possible health risks. Additionally, anumber of "innovative" alternatives were proposed for site remediation; soilflushing, soil aeration, and incineration were assessed.

For the Solvent Savers RI/FS, she developed remedial actions based on pertinentNew York State DEC regulations and projected contaminant conditions, as definedby a site-specific chemical transport analog.

Prior to joining Jordan, Ms. Mikeska gained both design and field experience asa civil engineer. Primary responsibilities were supervision of constructionprojects and design of water and wastewater collection and treatment systems.Research experience includes the examination of point/nonpoint sources ofphosphorus entering a confined freshwater bay. She is familiar with dataanalysis techniques utilizing remote sensing and computer graphics.

MIKESKA,GRETCHEN/1.2


WAYNE MYERS, GRAPHICS TECHNICIAN ;


Mr. Myers is a senior graphics technician with the Jordan Company. He has 21years of experience in the area of graphics preparation, cartography, andreproduction, including skills in civil and survey drafting.

Mr. Myers is responsible for coordinating the scheduling and format of projectgraphics with the project manager and project engineers. He also produces allgraphically oriented materials in company reports, proposals and presentations,including the preparation of overlays and maps for multi-color graphics showingdrainage patterns, soils, topography, surficial geology, land use, emergencyplanning conditions and evacuation routing; slides and overhead projections;and hazardous waste site maps for feasibility studies and remedialinvestigations, showing areas of contamination, sampling, and geologicprofiles.

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°0 0 3-0-0 ECJORDANCQ

PAUL C. SMITHEnvironmental Technician

f

QUALIFICATIONS SUMMARY

As an Environmental Technician, Mr. Smith coordinates sample collection effortsfor land disposal facilities and groundwater contamination projects. He hasbeen involved with the state-of-the-art equipment and techniques for preservingsample integrity using EPA sampling protocols and procedures.

EDUCATION Southern Maine Vocational Technical Institute - A.S. in MarineBiology and Oceanography

New Hampshire Vocational Technical College - A.S. inElectro/Mechanical Drafting

Maine Charitable Mechanics Association - Certificate inArchitectural Drawing

r

PROFESSIONALHISTORY

1984 to date E.G. Jordan Co. - Environmental Technician

Currently, Mr. Smith is involved in the preliminary review ofContract Lab-generated organic and inorganic data for theMichigan Department of Natural Resources. This review requiresfamiliarity with the EPA Contract Lab Protocols as well as allassociated Standard Operating Procedures for review issued bythe EPA.

1984 Douglas Brothers - Estimator/Drafter

Mr. Smith's responsibilities include the drafting of spoolpiping for various wastewater treatment projects throughout thecountry; material take-offs and labor estimates for fabrication;and light design in coarse bubble diffused aeration systems.

1983 United Engineers & Constructors - Drafter

Mr. Smith was responsibe for as-built piping and drafting forthe Seabrook Nuclear Power Plant. His field work involved theverification and location of pipes, supports, welds, etc.

1980 to 1983 E.G. Jordan Co. - Piping Designer/Drafter

Responsibilities included:

o Technical assistance to EPA Effluent Guidelines Divisionand Pulp Division.

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PAUL C. SMITH, p.2

o Technician responsible for managing data required tosupport the final rulemaking package for this industry.

o Design and drafting for liquor blend tank and S0? and heatrecovery for Great Northern Paper in Millinocket.

o Design and draft for Ko. 11 Paper Machine rebuild forC.H. Dexter of Windsor Locks, CT, including relocatingexisting lines and addition of a new pulper.

o Design and draft of pipe gallery and pump house for waste-water treatment facility in Keene, NH.

o Drafting, for new No. 3 Paper Machine for Madison PaperIndustries and support to industrial studies.

o Manhour estimate for heat recovery system for InternationalPaper in Jay, ME.

o Design of piping for new No. 3 Deink Facility for CrownZellerbach in South Glens Falls, NY. Work involved piperack studies, pump house as-builts, and hands-on experienceworking in a scale model of the deink facility.

1979 to 1980 Seacor - Drafter

Duties included drafting design and updating drawings for theNavy per military specifications.

1975 to 1976 Lawler, Matusky and Skelly Engineers - Field/Lab Technician

As a field/lab technician, Mr. Smith supervised and analyzed thecollection of river samples for subsequent analysis of BOD,turbidity, fish, benthos, temperature, macro and microzoo andimpingement and entrainment at various power plants. He wasalso responsible for enumerating and speciating relativeorganisms.

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ISMITH,PAUL/1.00003.0.0

ROBERT A. STEEVES, SENIOR CHEMICAL ENGINEER

Education

Tufts University - B.S. in Chemical Engineering, 1972

Professional Affiliations

American Institute of Chemical EngineersAmerican Industrial Hygiene Association


As Quality Assurance Coordinator for Jordan's Environmental Services Division,Mr. Steeves is responsible for assessing analytical precision and accuracy,identifying problem areas, and developing protocols and remedial actions forall phases of work—from sample collection methodologies through data reportingand report preparation. Interfacing of Jordan and other laboratories alsorequires evaluation of other QA/QC programs and assessing data comparabilityand utility.

Mr. Steeves has acquired in-depth experience in the detection and interpreta-tion of PCB compounds through a variety of project assignments ranging from thedevelopment of e unique, statistically valid PCB monitoring program for a PCBstorage facility to coordination of research investigating the capabilities ofvarious analytical methods for PCBs. He is also familiar with the proceduresof data validation, specifically those of U.S. EPA's National ContractLaboratory Program.

Mr. Steeves has conducted nationwide sampling and analysis programs designed tomeasure and profile the presence of 129 potentially toxic compounds in supportof EPA Effluent Guidelines development for ten industrial point sourcecategories. As part of these industrial surveys, Mr. Steeves was responsiblefor establishing safety procedures to be followed by sampling teams working inindustrial facilities. Mr. Steeves also prepared a Jordan safety manual usedby field crews engaged in a variety of tasks at potentially hazardous materialdisposal sites. His sampling and analysis efforts also included five pilotplant studies. Both previous and current assignments involve the design andimplementation of computerized technical data bases.

As Chairman of Jordan's Health and Safety Committee, Mr. Steeves is responsiblefor establishing and monitoring compliance with safety procedures for Jordan'slaboratory and field activities, particularly at hazardous waste sites.

He has prepared several Effluent Guidelines Development and Guidance Documents,and has conducted two state-of-the-art treatment technology reviews under EPAcontracts. "The Removal of Phenolic Compounds from Vastewater" includedbenchscale research. "Foam and its Elimination" summarized a review of foam-causing substances, the structure and stability of various types of foam, andtechnologies available to eliminate it.

STEEVES,ROBERT/2.00011-°-0

: ECJORDANOQ

MARK J. STELMACK, SENIOR ENVIRONMENTAL ENGINEER

Education

Northeastern University - B.S. in Civil Engineering, 1975University of Hartford - Graduate course work in Business AdministrationUniversity of Maine - Masters in Business Administration, 1985


Professional Engineer - Maine

Affiliations

American Society of Civil Engineers


Mr. Stelmack has experience in the development and preparation of designdrawings and construction specifications for site development at several solidwaste facilities in Maine. Specific projects to which he has been assignedinclude the Anson-Madison Sanitary District's ash landfill (Anson);Boise-Cascade Corporation's sludge disposal site (Rumford); Regional WasteSystem's ashfil1/balefill site (South Portland); and a municipal transferstation in York County. His experience encompasses many facets of design,including leachate collection systems, containment dikes, clean storm runoffmanagement, access roads, and grading.

Recent project responsibilities include preparing detailed design drawings,construction specifications, and bid documents for a hazardous substance lagoonclosure in southern New Hampshire for an industrial client. Methods for theexcavation, removal, and disposal of the hazardous substance contents, and forstormwater management and erosion control during and after construction, werereviewed and defined. Backfill operations and final cover material placementwere outlined.

Mr. Stelmack is currently developing drawings, specifications, and biddocuments for remedial action at a Michigan Superfund site for the Departmentof Natural Resources. Key areas being addressed at the site, which is a highlyvisible project located in a residential area, include excavation and disposalmethods, and safety and health monitoring during the project.

Other projects to which Mr. Stelmack has been assigned include:

o data generation for compliance with the permitting requirements of theMaine State DEP and of municipal planning boards;

o a drainage impact report for a proposed retail complex in southern NewHampshire located in an environmentally sensitive wetlands area; and

o detailed site design for several commercial projects being developed by asouthern Maine food distributor.

STELMACK,MARK/2.2

°0 0 8-0-0 ECJORDANCQ

MARK J. STELMACK (Continued)

In addition, Mr. Stelmack has periodically been assigned to various projects asconstruction inspector within Jordan's Construction Services Department. Theseassignments involved sanitary and storm sewer installation and roadway recon-struction.

Prior to joining E.G. Jordan Co., Mr. Stelmack served as a senior transporta-tion engineer responsible for:

o drainage design, including hydraulic and hydrologic computations, fieldinvestigations, and open channel and culvert design for flood controlimprovements;

o preparation of property and easement maps, quantity and cost estimates,specification writing, and preparation of construction plans for municipalroadway projects; and

o all phases of federal flood insurance studies, including hydrologic andhydraulic analyses, report writing, HEC II computer program, graphicspreparation, and coordination with various agencies, communities, andcontractors.

STELMACK,MARK/2.2


JOHN D. TEWHEY, SENIOR SCIENTIST

Education

Colby College - B.A. in Geology and Chemistry, 1965University of South Carolina - M.S. in Geology, 1968Brown University, Ph.D. in Geology, 1975


Certified Geologist - Maine, California

Affiliations

Geological Society of AmericaAmerican Geophysical UnionSociety of Mining Engineers of AIME

'*** Geological Society of Maine, President (1982-83)Maine Mineral Resources Association, Secretary (1982-83)


Dr. Tewhey has over 15 years of experience in the field of waste management,including 5 years of waste assessment studies at Jordan, 7 years of nuclearwaste management at the Lawrence Livermore Laboratory of the University ofCalifornia, and 4 years of hazardous material management in the U.S. Air Forcefrom 1967 to 1971.

Dr. Tewhey served as project technical director for the hydrogeologic investi-gation of the Silresim uncontrolled hazardous waste site in Lowell, Massachu-setts. This was the initial hazardous waste site investigation conducted bythe Jordan Co. The project was completed on schedule and within the estimatedbudget. The project report was very well received by the EPA (Region 1), theCommonwealth of Massachusetts and interested citizen groups. The remedialaction that Jordan recommended for the site (clay cap) has been implemented.There was extensive interaction with an interested citizen group (Mass FairShare) and Dr. Tewhey was responsible for the format, content and presentationof all public meetings which ranged from discussions in living rooms to meet-ings in city auditoriums covered by the local, state and national media.

Dr. Tewhey was also the project technical director on a contract to evaluatetechnical data and recommend remedial alternatives for the North HollywoodDump, a Superfund site in Memphis, Tennessee. The clients on the North Holly-wood Dump project consisted of a Technical Action Group (TAG) made up of local,county and state representatives, EPA Region IV and potential responsibleparties. The project reports were reviewed and approved by all of the membersof the TAG.

Dr. Tewhey has served as technical project director on 14 hazardous waste-related projects during his tenure at Jordan. He has been on the projectquality review board on 75% of the projects completed by Jordan.

TEWHEY,JOHN/2.1


JOHN D. TEWHEY (continued)

Dr. Tewhey had extensive project management experience at the Lawrence Liver-more Laboratory. He was project manager on a nuclear waste project whichincluded development, characterization, stability assessment, and productiontechnology of SYNROC, a ceramic waste form for the incorporation of nuclearwaste. The project was a $2-million per year development project for disposalof high-level radioactive wastes located at U.S. defense sites. Other projectresponsibilities included radioactive waste isolation program studies of glassleaching, rock sorption, field tracer studies in fractured geologic media, andthe use of geochemical equilibrium codes to solve waste isolation problems.Dr. Tewhey led the engineering geology group and the field geology group atLawrence Livermore Laboratory prior to becoming a project manager.

Partial List of Publications and Presentations

"Site Conditions and Corrective Action at the North Hollywood Dump,"presented at the 5th National Conference on Management of Uncon-trolled Hazardous Waste Sites, November, Washington, D.C. (1984).(With A.F. McClure and T.K. Cothron.)

"Bridge Construction Procedures to Mitigate the Impact of SubsurfaceHazardous Waste Deposits - A Case Study," presented at the 27thAnnual Meeting of the Association of Engineering Geologists, October,Boston, Massachusetts (1984). (With A.K. Ahlers and E.G. Hill.)

"Silresim: A Hazardous Waste Case Study," presented at the NationalConference on Management of Uncontrolled Hazardous Waste Sites,November, Washington, D.C. (1982). (With J.E. Sevee and R.L.Fortin.)

Associate Editor for "Scientific Basis for Nuclear Waste Management,Vol. 6." Published proceedings of the Materials Research SocietySymposia Volume 15, Boston, Massachusetts (1982).

Associate Editor for "Scientific Basis for Nuclear Waste Management,Vol. 15." Published proceedings of the Materials Research SocietyAnnual Meeting, Boston Massachusetts (1981).

"The Importance of Geosciences in Developing In-Situ Technologies lorEnergy Resource Recovery," American Association for the Advancementof Science, Abstracts for the 144th Annual Meeting, p. 1979 (1978).(With L.L. Schwartz, D.O. Emerson and W.J. Beiringer.)

"The Application of SYNROC to High-Level U.S. Defense Wastes." In press,Waste Management 1980 (1980). (With W.B. Durham, C.L. Hoenig, andF.J. Ryerson.)

"Development of Injection Criteria for Geothermal Resources," GeothennalResources Council Transactions, 2, 649-652 (1978). (With M.A. Chan,P.W. Kasameyer, and L.B. Owen.)

TEWHEY,JOHN/2.1

°011-0-0

JOHN D. TEWHEY (continued)

"The Distribution of Uranium in Sediment Samples as Determined by Multi-Element Analysis," U.S. Geological Survey, Circulat 753, J.A. Camp-bell, Editor (1977).

"Geology of the Irmo Quadrangle, Richland and Lexington Counties, SouthCarolina," published as folio MS-22 with four maps by the SouthCarolina Geological Survey (1977).

"Geochemical Studies of Sorption and Transport of Radionuclides in RockMedia," University of California Report. UCRL 52929 (1980). (WithD.G. Coles and H.C. Weed.)

"Preliminary Results of Experimental Work in the Radionuclide MigrationProgram - The Sorptive Character of Tuffaceous Rock in a 'Static1

versus 'Dynamic' Mode of Testing," University of California Report,UCID 17064 (1976).

"Silresim: A Hazardous Waste Case Study," Proceedings of the AmericanDefense Preparedness Association. 12th Annual Environmental Sympos-ium, Langley Air Force Base, Volume V, pp. 43-46 (1982)

"The Distribution of Radwaste Elements in SYNROC Minerals," submitted toGeological Society of America, Abstracts for Annual Meeting, 12,No. 7 (1980). (With F.J. Ryerson.)

"Phase Equilibria and Radwaste Partitioning in SYNROC Waste Forms,"American Ceramic Society Bulletin. 59, No. 3 (1980). (With W.Durham.)

"The Importance of Geosciences in Developing In-Situ Technologies forEnergy Resource Recovery," American Association for the Advancementof Science. Abstracts for the 144th Annual Meeting, p. 1979 (1978).(With L.L. Schwartz, D.O. Emerson and W.J. Beiringer.)

"The Effect of Hydrothermal Alteration on Porosity and Permeability in theSalton Sea Geothermal Field, California," Geological Society ofAmerica, Abstracts, 9, No. 7, 1197 (1977).

"The Geologic, Geophysical and Geothermal Characteristics of the SaltonSea Geothermal Field.", Volcanology and Geothermal Research (1981).(With P.W. Kasameyer and L.W. Younker.)

TEWHEY,JOHN/2.10012.0.0

ECJORDANCO

BRUCE K. WALLIN, CHIEF CHEMIST

Education

Mansfield State College - B.A. in Chemistry, 1967Cornell University - Ph.D. in Biochemistry, 1973


Dr. Wallin is an experienced research scientist in the areas of organic, en-vironmental, and biological chemistry. His background spans nearly a decadeand includes conducting and supervising laboratory procedures involving isola-tion, purification, derivitization, gas chromatography, and gas chromatography/capillary column gas chromatography, mass spectrometry of organic compounds andtoxic substances. He is responsible for Jordan's analytical efforts involvingthe assessment of hazardous waste samples. He is currently overseeing onsitesampling and analysis at Love Canal as part of the Jordan Company's remedialaction assessment and long-term environmental monitoring project for New YorkState. Among his recent assignments are the analysis of samples collected fromthe former Silresim Chemical Corporation site in Lowell, Massachusetts, wherechemicals were improperly stored and disposed for seven years, as well as theanalysis of samples collected at Superfund sites in Maine, Vermont, and RhodeIsland.

Dr. Wallin is responsible for all analytical work performed by the environ-mental laboratory. His responsibilities relative to the assessment ofhazardous waste samples include:

o safe sample collection, handling, and cleanup techniques formaterials contaminated with acutely and chronically toxic chemicals;

o development of quality assurance/quality control methods and pro-cedures ; and

o application of state-of-the-art analytical techniques.

He is also responsible for coordinating in-house and subcontracted analyticalservices for testing of water, wastewater and solid/semi-solid samples result-ing from the firm's EPA-ordered surveys of the nation's food and wood productsindustries. This includes a critical review of the applicability of existingprocedures for the identification and quantitation of toxic pollutants andadditional compounds within the industry. Procedures under scrutiny includegas chromatography/capillary column gas chromatography, mass spectrometry, highpressure liquid chromatography, and other advanced techniques. He has alsobeen involved in short- and long-range analytical program development andresearch relating to physical and chemical treatment technologies for water andwastewater purification.

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"Removal of Phenolic Compound from Wood Preserving Wastewater." Wallin,B.K., Condren, A.C. and Walden, R.L. IERL Office of Research andDevelopment, U.S. EPA, Cincinnati, Ohio, 1980.

"Origin and Chemical Composition of Androscoggin River Foam." Wallin,B.K. and Bisson, B.T., IERL Office of Research and Development. U.S.EPA, Cincinnati, Ohio, 1981.

"Fate of Toxicants in Wastewater Treatment Systems Within the Pulp, Paperand Paperboard Industry." Wallin, B.K. and Condren, A.C. IERL Officeof Research and Development. • U.S. EPA, Cincinnati, Ohio, 1981.

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