PRELIMINARY PROGRAM - engineering.purdue.edu · refrigerant choice and include a brief discussion of non-vapor compression systems and their components. The presentation will The

SHORT COURSES: JULY 8, 2018 • CONFERENCE: JULY 9-12, 2018Stewart Center, Purdue University, West Lafayette, Indiana, USA

PRELIMINARY PROGRAM

Compressor Engineering2018 Purdue Conferences

Refrigeration and Air ConditioningHigh Performance Buildings

24th Compressor Engineering

17th Refrigeration and Air Conditioning

5th High Performance Buildings

Hosted by

Purdue Center for High Performance Buildings

Ray W. Herrick Laboratories

HTTPS://ENGINEERING.PURDUE.EDU/HERRICKCONF

Climate Technologies


ABOUT THE CONFERENCEIt has been a tradition since 1972 for the Ray W. Herrick Laboratories at Purdue University to sponsor a venue for exchanging ideas, information and cutting-edge research in the area of refrigeration technology, compressors, high performance buildings and closely related fields. In today’s economy, it is important to maintain your professional contacts and to keep current on the latest research. Thus, plan to join us in July 9-12, 2018!

REGISTRATION INFORMATION

AUTHOR INFORMATION

CONTACT INFORMATION

Best Student Paper AwardAs in past conferences, there will be three Best Student Paper Awards for each of the three conferences. Award dollars for these top papers are sponsored by Johnson Controls. 1st place papers will receive $1000, 2nd place papers will receive $500 and 3rd place papers will receive $250.

GuidelinesIn order to qualify for the Best Student Paper Award, the first author of the paper must have been a full-time student at the time of the paper submission. Nominations for the award must be submitted by the faculty advisor of the student author or by the Principal Investigator of the work. An individual faculty member may only nominate 2 student papers for the award total (across the three conferences).In the nomination letter, the nominator must 1) provide the paper number and paper title, 2) affirm that the student was the primary contributor to the ideas and results presented in the paper and 3) describe the merits and novelty of the research presented in the paper. The deadline for nomination submission is April 30, 2018 and the submissions must be sent via email to the corresponding conference chair. The email addresses of the conference chairs are as follows. • Compressor Conference - Dr. W. Travis Horton - [email protected] • Refrigeration and Air-conditioning Conference - Dr. James E. Braun - [email protected] • High Performance Building Conference - Dr. Thanos Tzempelikos - [email protected]

Deadlines

Monday, April 2, 2018 Manuscript Submission DeadlineMonday, April 30, 2018 Manuscript Acceptance DeadlineMonday, April 30, 2018 Best Student Paper Award Nomination DeadlineMonday, May 21, 2018 Final Papers must be uploaded to Conftool

For Conferences and Short CoursesKim Stockment177 S. Russell St.West Lafayette, IN 47907, USAPH: (765) 494-6078Fax:(765) 494-0787E-mail: [email protected]

For Registration and PaymentEthan Kingery128 Memorial Mall, Stewart Center,Room 116, West Lafayette, IN 47907PH: (765) 496-3667Fax: (765) 494-0567E-mail: [email protected]


Conference Only Registration

Conference and IBO Workshop Deadlines

Presenting Author Registration (3 Presented Papers Maximum) $650 $750 April 2, 2018Student Author Registration (3 Presented Papers Maximum) $250 $350 April 2, 2018Non-Author Registration $700 $800 May 21, 2018Student Non-Author Registration $300 $400 May 21, 2018Short Course Registration $650 May 21, 2018Student Short Course Registration $250 May 21, 2018

All registration rates will increase by $150 after the deadline date. Groups of 6 attendees from the same employer receive 1 complimentary registration for every 5 paid registrations. Group registration fees are $3,500 before May 21, 2018 and $4,000 after May 22, 2018.

Guest options available: Guest opening Reception Ticket $25. Guest Steak Barbeque Ticket $50.

Register at: www.conf.purdue.edu/2018HLConferences

http://www.conf.purdue.edu/2018HLConferences

mailto:[email protected]






KEYNOTE AND PLENARY SPEAKERSAndy Pearson - Group Managing Director, Star Refrigeration, Ltd.Innovation in Refrigeration and Air-Conditioning In the last 30 years or so the amount spent on research and development in the refrigeration and air-conditioning sectors seems to have reached unprecedented heights, driven mainly by the phase out of traditional refrigerants and their replacement by a variety of solutions including new fluids which have similar performance but are less harmful to the environment than those that they replace, new ways to use even older substances such as ammonia, carbon dioxide, water and air and new ways of achieving cooling without using the Perkins cycle. Despite this massive effort the core technology used to provide refrigeration in residential, commercial and industrial systems has not changed much. It is in fact pretty much the same as in was 60 years ago.

Ed Arens - Director, Center for the Built Environment - University of California, BerkleyPersonal comfort system research at the Center for the Built Environment, University of California BerkeleyThe engineered indoor environment consists almost entirely of systems in which temperature and humidity are controlled while air movement and other asymmetrical influences are minimized. Such systems are simple to visualize, design, and control. They are however inherently electricity-intensive, and consume in aggregate a large fraction of the world’s energy. They also leave at least 20% of their occupancies dissatisfied. Future buildings will save energy and improve satisfaction by using personal comfort systems (PCS) having the ability to offset a widened range of indoor temperatures while also overcoming the variability in occupant individual preferences. Per occupant, PCS requires two orders of magnitude less energy than central systems, while delivering equivalent or better comfort. It also can address

Jack Elson - Retiree, Emerson Climate TechnologiesThe Past, Present & Future of Reciprocating Compressors Reciprocating compressor technology has offered a unique contribution to the gas compression needs of mankind as we progressed from the earliest efforts to pressurize air to the multiple applications today for reliable efficient compressors for both refrigeration and air conditioning usage. Beginning with the need for air flow to increase fire temperature for early metalworking, pressurized air has been an important contributor to applications such as construction, mining and the industrial revolution in general. The early reciprocating air compressors used for this purpose became the foundation for early refrigerant compressors used for both household refrigerators and residential air conditioning. Both reciprocating compressor design technologies and the vapor compression cycle were necessary inventions to lead the way

Reciprocating compressor product development has benefited significantly from the instrumentation and analytical tools developed to better understand and improve product durability and performance. These will be reviewed along with a review of future development possibilities for the reciprocating compressor.

Reinhard Radermacher - Co-founder of the Center for Environmental Energy EngineeringFuture Perspectives of AC/R/HPBefore a backdrop of technology development in general and challenges facing our society at large, the presentation will explore opportunities for energy efficiency in buildings in general and HVAC&R in particular. Emphasis is placed on vapor compression, refrigerant choice and include a brief discussion of non-vapor compression systems and their components. The presentation will conclude with examples of the potential contributions resulting from a systematic approach to component and system optimization.


In this wide-ranging and thought-provoking review of innovation in refrigeration and air-conditioning Andy Pearson considers why this might be. He starts with a basic explanation of what innovation is and looks at some examples of good innovation from other fields. He considers what defines someone as an innovator and whether these characteristics are innate or can be learned. Using practical examples he encourages the audience to think like an innovator then looks at some of the areas in which innovation has flourished over 30 years. The review also considers areas in which the refrigeration and air-conditioning industry has been less successful in innovating and concludes by looking to the future and imagining what new pressures might come to bear and how we can best respond to them.This presentation should be of interest to everyone who is engaged in research and development, whether as a practical technician or theoretical scientist, or as a senior executive responsible for managing the development process, as a financier responsible for funding it or as a technology user who is eagerly waiting for the next improvement to arrive.

the significant metabolic transients experienced by people in the workplace. Finally, PCS enables inherently efficient passive and radiant building systems to respond more quickly and be viable outside their normal climatic ranges.The Center for the Built Environment at UC Berkeley studies building technology in laboratory and field studies, addressing energy impacts and environmental quality from both building and occupant perspectives. To translate findings to practice, it collaborates with over 40 industry partners, contributes to professional and regulatory codes and standards, and has been spawning startups that commercialize its work.

to a practical solution for modern food preservation and environmental comfort. These will be reviewed along with a review of reciprocating compressor evolution and the various technology challenges and developments required to improve both durability and efficiency as the product type evolved from external drive, to semi-hermetic, to hermetic design variations. Today all product types have successful applications with such examples as external drive for automotive AC and transport refrigeration, semi-hermetic for commercial refrigeration and AC, and hermetic for household refrigeration and residential AC and heat pump.


MONDAY, JULY 9

TUESDAY, JULY 10

7:00am-4:00pm Conference Registration – East Foyer, Stewart Center

8:00am-10:00am Welcome Continental Breakfast – West Foyer, Stewart Center

8:00am - 4:00pm Conference Hospitality Room (Refreshments Available) – STEW 302/306

9:30-11:30 am Opening Session, Welcome and Keynote Address – Loeb Playhouse, Stewart CenterInnovation in Refrigeration and Air-Conditioning - Andy Pearson, Group Managing Director, Star Refrigeration, Ltd.

11:30-1:00 pm Chairpersons & Presenting Authors Lunch (Monday’s Sessions Only) – West Faculty Lounge, Second Floor, Purdue Memorial Union

11:30-1:00 pm Lunch Break

STEW 214A&B STEW 214C&D STEW 218A&B STEW 218C&D STEW 310 STEW 278 STEW 202 STEW 206

1:00-3:00 pm B1: Control-Oriented

Modeling (IBO)

B2: Building Envelope,

Facade and Lighting Systems

R1: Commercial and Industrial Refrigeration I

R2: Organic Rankine Cycles

R3: Heat Pump Design and Assessment

R4: Heat Exchanger

Design Improvements

C1: Screw Compressors I

C2: Linear and Automotive Compressors

3:00-3:30 pm Coffee Break - (Hospitality Room)

3:30-5:30 pm B3: Model Predictive

Controls I (IBO)

B4: Net Zero Energy Buildings

R5: Domestic Refrigeration I

R6: Vapor Compression

Cycle Enhancements I

R7: Steady-State Vapor

Compression System

Modeling

R8: Heat Exchanger

Design Optimization

C3: Spool and Rotating Vane Compressors

C4: Linear Compressors

3:30-5:30 pm Student Branch ASHRAE Meeting - STEW 314

5:30-6:00 pm Shuttle

6:00-8:00 pm Opening Reception – Lafayette Brewing Company (LBC) Main Street, Lafayette, IN – Hosted by UT Carrier

8:30-9:00 pm Shuttle

7:15-8:15 am Complimentary Breakfast for Chairpersons & Presenting Authors (Tuesday’s Sessions Only) – West Faculty Lounge, 2nd Floor, Purdue Memorial Union

8:00am - 10:00am Continental Breakfast Available – West Foyer, Stewart Center

8:00am - 4:00pm Conference Hospitality Room (Refreshments Available) – STEW 302/306 Conference Registration

8:30-9:30 am Plenary Session – Loeb Playhouse, Stewart CenterPersonal comfort system research - Ed Arens, Director, Center for the Built Environment, University of California, Berkley

9:30am - 9:45am Coffee Break - (Hospitality Room) – STEW 302/306


9:45-11:45 am B5: Model Predictive

Controls II (IBO)

B6: Heat Pump Systems

R9: Heat Exchanger Frost Characterization

R10: Evaluation of Low GWP

Refrigerants I

R11: Vapor Compression

Cycle Enhancements II

R: Student Paper Competition

C5: Tribology and

Lubrication I

C6: Scroll I

12:00pm-1:15 pm Conference Luncheon – North and South Ballrooms, Purdue Memorial Union

1:30-3:30 pm B7: Occupant-based Control and Modeling

(IBO)

B8: Building Simulation and Optimization I

R12: Heat Exchanger Frost

Impacts and Control

R13: Lubricant Selection, Analysis &

Management

R14: Transient Vapor

Compression System Modeling

C: Student Paper Competition

C7: Screw Compressors II

C8: Valves I

3:30-4:00 pm Coffee Break - (Hospitality Room) – STEW 302/306

4:00-6:00 pm B9: Grid-Responsive

Systems and Controls I

B10: Thermal Storage Systems

and Materials

R15: Air-Side Heat Transfer

Characterization

R16: Two-Phase Ejector, Injector and Separator

Analysis

R17: Alternative Refrig, AC and

HP Technologies

B: Student Paper Competition

C9: Expanders C10: Reciprocating Compressors I

4:00-5:30 pm IIR Commissions B1, B2 & E1, E2 Combined Business Meetings – STEW 314

6:00-8:00 pm Tours - ReNEWW House & DC Micro-Grid House

6:00-11:00 pm Free Time

6:30-8:00 pm Conference Advisory Committee Meeting (by invitation only)

8:00-10:00 pm Student Mixer – O’Bryan’s Nine Irish Brothers



7:15-8:15 am Complimentary Breakfast for Chairpersons & Presenting Authors (Wednesday’s Sessions Only) – West Faculty Lounge, 2nd Floor, Purdue Memorial Union


8:00am -12:00pm Conference Registration – East Foyer, Stewart Center


8:30-9:30 am Plenary Session – Loeb Playhouse, Stewart Center The Past, Present & Future of Reciprocating Compressors – Jack Elson, Retiree, Emerson Climate Technologies



9:45-12:00pm B11: Model Predictive

Controls III (IBO)

B12: Building Simulation and Optimization II

R18: HVAC & R Equipment

Fault Impacts & Diagnostics (IBO)

R19: Domestic Refrigeration II

R20: Expansion Devices

R21: Transportation

Air-Conditioning

C11: Rotary Compressors I

C12: Compressor Modeling I


1:00-3:00 pm B13: Data-Driven Modeling and Diagnostics

(IBO)

B14: Occupant Comfort and

Modeling

R22: Advanced Equipment

Controls I (IBO)

R23: Commercial

and Industrial Refrigeration II

R24: Boiling Heat Transfer

Characterization and Enhancement

R25: HVAC Equipment

Performance Measurement

C13: Testing and

Measurements

C14: Scroll II


3:30-5:30 pm B15: Grid-Responsive

Systems and Controls II (IBO)

B16: IAQ, Ventilation and Airflow

Modeling

R26: Advanced Equipment

Controls II (IBO)

R27: Heat Exchanger Modeling

R28: Two-Phase Flow

Characterization

R29: Evaluation of Low GWP

Refrigerants II

C15: Tribology and Lubrication II

C16: NVH I

5:45-6:15 pm Shuttle - Departing from Grant Street PMU Entrance

6:00-10:00 pm Informal Steak Barbeque – The Trails, West Lafayette, IN – Hosted by Emerson Climate Technologies

9:30-10:00 pm Shuttle - Departing from Grant Street PMU Entrance

7:15-8:15 am Chairpersons & Presenting Authors Breakfast (Thursday’s Sessions Only) – West Faculty Lounge, 2nd Floor, Purdue Memorial Union



8:30-9:20 am Plenary Session – Loeb Playhouse, Stewart Center Future Perspectives of AC/R/HP - Reinhard Radermacher, Co-founder of the Center for Environmental Energy Engineering



9:45-12:00pm B17: Building Control

Strategies (IBO)

R30: Material and

Manufacturing Impacts

R31: HVAC & R Equipment Performance

Enhancement I

R32: Condensation Heat Transfer

R33: Refrigerant Pressure Drop

Characterization and Impacts

C17: Screw Compressors III

C18: Rotary Compressors II

C19: Compressor Modeling II


1:00-3:00 pm B18: Smart Devices and Appliances

R34: Property Measurements

and Assessments

R35: Heat Exchanger

Performance Characterization

R36: Absorption Technologies

R37: HVAC & R Equipment Performance

Enhancement II

C20: NVH II C21: Compressor Modeling III

C22: Novel Compressors


3:30-5:30 pm B19: Building Analysis and

Retrofits

R38: Property Modeling

R39: Heat Transfer in

Microfin Tubes and

Microchannels

R40: Dessicant Systems

R41: Residential Heat Pumps for

Water and Space Heating

C23: Valves II C24: Scroll III C25: Reciprocating Compressors II

3:30-5:30 pm Conference Advisory Committee Meeting (by invitation only) – STEW 314

5:00pm End of Conference

*IBO = Intelligent Building Operations Session


WEDNESDAY, JULY 11

THURSDAY, JULY 12


ORGANIZING COMMITTEE

SHORT COURSES AND WORKSHOP

General Chair .............................................................................................................................................................................................................. Eckhard A. GrollRefrigeration and Air Conditioning Conference Chair ................................................................................................................................................... James E. BraunRefrigeration and Air Conditioning Conference Co-Chair ..................................................................................................................................................... Neera Jain Compressor Conference Chair ..........................................................................................................................................................................................Travis HortonCompressor Conference Co-Chair ....................................................................................................................................................................................Davide ZivianiHigh Performance Buildings Conference Chair ..................................................................................................................................................... Thanos TzempelikosHigh Performance Buildings Conference Co-Chair ..........................................................................................................................................................Brandon Boor

Compressor 103: Generalized Simulation Framework for Positive Displacement Compressors and ExpandersIn this third edition of the compressor modeling short course, a generalized simulation framework for the modeling of positive displacement compressors and expanders will be presented. Such a model is very useful during the design and optimization phases and helps identify major losses. A comprehensive overview on the state-of-art of mechanistic models of positive displacement machines will be given. Due to the fact that all the mechanistic models present a similar structure, a generalized modeling platform has been developed and validated at the Ray W. Herrick Laboratories. The generalized platform will be used to demonstrate the flexibility of such modeling tool on dealing with different numerical challenges associated with leakage flows, friction losses, thermal network, and control volumes among others. Reciprocating, rolling piston and scroll compressors will be used as main examples. In particular, the theoretical presentations will be integrated with practical examples in the Python programming language. The goal of the short course is to give a solid background on positive displacement modeling that can be further employed and developed by researchers.Organizers: Davide Ziviani (Purdue University), Orkan Kurtulus (Purdue University)

The Transition to Flammable RefrigerantsCFC refrigerants were developed in 1928 as nonflammable, nontoxic alternatives to the common chemicals in use at that time. These chemicals allowed refrigeration and air conditioning equipment to be placed in all forms of human housing, workplaces, and transportation. While toxicity was perhaps the more critical factor, nonflammable refrigerants could be used with fewer restrictions than was required for flammable alternatives. The need for refrigerants with more benign environmental impacts has made mildly flammable refrigerants a likely option for widespread adoption in the near term. The introduction of flammable gases will require substantial changes in many common manufacturing, testing, installing, and servicing aspects of HVAC&R equipment to comply with current and future safety codes.The short course speakers will discuss the basics of fire dynamics in refrigerants, flammability tests and standards, and safety code requirements for the use of flammable gases in various building applications. Updates to international equipment standards and recent research results that address HVAC components for flammable refrigerants will also be presented. Finally, changes in equipment installation, service, and refrigerant handling will be covered, along with changes in employee training that will likely be required for those involved in these areas. Recognized experts in refrigerant flammability, pertinent safety codes, and flammable refrigerant applications will share their knowledge and experiences in discussing changes that will be required for the next generation of refrigerants.*Electronic presentation files will be provided to all participants. Those attending the short course should bring a laptop computer to follow along and take notes.Organizers: Bill Murphy (University of Kentucky, retiree)

2018 Intelligent Building Operations WorkshopThis will be the fourth in a series of workshops that bring together researchers and developers of intelligent building features and systems. The goal is to gain a better understanding of the state of intelligent building technologies and to identify existing gaps that should be addressed in future research and development. The one-day workshop will feature selected presentations of case studies that highlight recent developments and demonstrations of advanced sensing, control and diagnostic technologies, occupant interactions, and grid interactions. The format will encourage an open discussion to address what is necessary to move from research to widespread adoption of intelligent building technologies. The marketplace has been slow to offer these high-level features because of high implementation costs associated with site-specific solutions. This workshop will focus on technology solutions that can enable scalable and cost-effective intelligent building operations. In addition to the workshop, several technical sessions will be held during the International High Performance Buildings Conference that address technological developments critical for achieving scalable and cost effective intelligent building operations. Presentations will be supplemented with papers that are part of the proceedings of the conference. A single registration fee will cover participation in both the IBO Workshop and the HPB Conference. In addition, participants will be able attend any of the technical sessions associated with the Purdue International Compressor and Refrigeration and Air Conditioning Conferences, which are held concurrently.Organizers: Jim Braun (Purdue University), Gregor Henze (University of Colorado), Panagiota Karava (Purdue University), and Neera Jain (Purdue University)




ACCOMMODATIONS

TRAVELING INFORMATION

Conference attendees are responsible for making their own housing reservations. Guests are encouraged to choose from our list of preferred accommodations, which are listed below and on our website. (https://engineering.purdue.edu/HerrickConf) You can choose from full service hotel facilities in and around the Purdue University area, as well as our University Residences. Conference organizers have worked together to negotiate conference rates for you. Please be sure to mention you are attending the Compressor Conference to ensure these rates.

Many of our area hotels offer a courtesy shuttle to campus, and attendees should make arrangements for transportation to the conference facilities with their respective hotels.

If you are traveling to Purdue via air transportation, the closest destination cities are Indianapolis & Chicago. Once on the ground, there are several shuttle services which offer service to Purdue University. To learn more about shuttle service, rental car options & maps of campus, please visit our website under the Visitor Info tab. (https://engineering.purdue.edu/HerrickConf)

If you require a visa invitation letter to attend the conferences, please contact us as soon as possible. Presenting authors can find invitation letters available through Conftool.

If you are not a presenting author, but wish to attend our conferences please check out the VISAS tab under Visitor Information on our website to learn more about acquiring your Invitation letter and other paperwork necessary to attend.

Purdue Union Club Hotelwww.union.purdue.edu101 N. Grant Street, West Lafayette, IN 47906800-320-6291 • 765-494-8913

Four Points by Sheraton West Lafayettewww.starwoodhotels.com1600 Cumberland Avenue, West Lafayette, IN 47906800-777-9808 • 765-463-5511

Holiday Inn City Centerwww.hicclaf.com515 South Street, Lafayette, IN 47901800-423-1137 • 765-423-1000

University ResidencesFirst Street Towerswww.housing.purdue.edu/Housing/Residences/FirstStreetTowers/index.html1250 1st Street, West Lafayette, IN 47906Book room at First Street Towers when registering for the conference.

10000 250 500

A P P R O X I M A T E S C A L E I N F E E T

Cherry Lane

John R. Wooden D

rive

Evergreen St.

Dodge St.

Meridian St.

Chelsea Rd.

Bexley Rd.

Northridge Dr.

ToU.S.

Purdue& Research

Park

231

52

126

Stev

en C

. Bee

ring

Dr.

Tower Dr.

Ade Dr.

Hill

top

Dr. Steven C. Beering D

r.

1

2

3

4

5 619

20

16

12

13

14

15

2526

2730

32

3123

2829

17

18

78

9

10

11

24

21

22

McCorm

ick Road

McCorm

ick Road

Dav

id R

oss R

oad

Stadium Ave.

526

Stadium Ave.

Third St.

Fourth St.

Fifth St.

Sixth St.

First St.

State St.State St.

State St.State St. Russ

ell S

t.

S. R

usse

ll St

.

Gat

es R

d.

Arn

old

Dr.

Halsey D

r.

Air

port

Rd.

Wal

dron

St.

Ova

l Dr.

Uni

vers

ity

St.

Uni

vers

ity

St.

S. U

nive

rsit

y St

.

Mar

stel

ler S

t.

Shee

tz S

t.

Hor

t Dr.

John

R. W

oode

n D

r.

Second St.

N. M

arti

n Ji

schk

e D

r.

First St.

S. M

arti

n Ji

schk

e D

r.

S. Marti

n Jischke Dr.

Duh

me

Dr.

Mac

Art

hur D

r.

Northwestern Ave.

Northwestern Ave.

Stadium Ave.

Stadium Ave.

N. G

rant

St.

Sylvia St.Sylvia St.

Hay

es S

t.

Vin

e St

.

Lutz Ave.

North St.

Chau

ncey

Ave

.

Fowler Ave.

Wiggins St.

Columbia St.

And

rew

Pl.

N. G

rant

St.

S.

Gra

nt S

t.

Chau

ncey

Ave

.Sa

lisbu

ry S

t.

Wood St.

Harrison St.

Harrison St.

Nimitz Dr.

S. R

usse

ll St

.

S. Russell St.

Steely St.

Williams St.

Ahlers Dr.

Ahlers Dr.

Sout

h Ri

ver R

d.

State St.

Third St.

Air

port

Roa

d

Marshal Drl .

ON

E W

AY

ON

E W

AY

ONE

WAY

ONE

WAY

ON

E W

AY

ONE WAY

ONE WAY

ONE WAY

ONE WAY

ONE W

AY

ONE WAY

ONE

WAY

231

231

H LOT

H LO

T

KampenGolf Course

Ackerman HillsGolf Course

CattailTrail toPurdue

ResearchPark To William Daniel

Turf Center (DANL)

To soccer complex, SchwartzTennis Center, Grand Prix Trackand Alexander Field

DrivingRange

BirckBoilermaker Golf

Complex

SCHO

GCMB

GSMB

WGLRSPURVOIN

OLMN

DYE

STADIUM

LOT

HilltopApts.

David RossMemorial

and Garden

TowerAcres

FORD

TRNR

BTV

OWEN

SCPA

HLTPA LOT

F LOT

LAMB

MACK

CARY

MOLL

STDMBRES

(CQNE)(CQNW)

(CQW

)

(CQE

)

(CQS)

PurdueExponentEE

AR

MSEE

FRNY

HAMP PHYS

WANG

CTSSKRCH

C

ARMS

RHPH

SCHL

ELLT

HOVD

PUSH

PGNW

ME

JNSN

RAIL

TARK

WILY

BCC

LCC

LWSN

WDCT

IntramuralGold Fields

BandPractice

Field

BoilermakerSoftball

Complex RankinTrack and

Field

TREC

DMNTAQUA

CREC

CattailTrail

PickettPark

NorthwestAthletic Complex

WEST

Horticulture Park

Intramural PlayingFields

Purdue West

ShoppingPlaza

Purdue Village (PVIL)

PARKINGFACILITIES MRDH

SMLYSHRV

ERHT

HARR

HILL

PGMD

MCUT

SSOF

FSTC

FSTW FSTE

WindsorHalls

WARN

VAWT

SHLY

WOOD

DUHM

FWLR

HNLY

POUL

POANMRG

N

Fou

nd

ers

Par

k

TEL

PGU

PSYC

CL50SC

UNIV

MRR

T

MAT

H

BRNG

REC

STON

HAAS

MTH

W

PRCE

MemorialMall

BALY

POTR

MGL

WTHRBRWN

HEAV GRIS

NUCL

KNOY

Stadium M

all

Purdue

Mall

AcademyPark

PURDUEPOLICE

PMUC

HIKS

STEW PMUPGGPWD

Inte

rnat

iona

lCe

nter

ToStateRoad26E

DAUC

PAO

PGM

YONG

KRAN RAWL

HAWK

PGW

Agricultural Mall

AGAD

HGRH

PFEN

FORS

FPRD

WSL

R

HORT

NLSN

EEL

BSG

FOOD

LSR

BCHM

SMTHLILY

HLAB

GRS

LSA

ABEDRUG

PGH LYLE

HANS

HERL

ASTL

SOIL

MJIS

LSPS

HOCK

DISCOVERY PARK

TERY

PVAB

PVP

BRK

MAN

N

BIND

PJIS

PVCC

DLR

SquirrelPark

KB&S Railroad

Intramural BlackFields

To SIML

To Bow

en Lab

Purdue Airport

HGR5TH1

TERM

FOPN

NISW

AERO

COMP

HGR4ASB

KB&S Railroad

MM

S1

PFSB

PRSVMMDC

ADM

TSWF

GMF

2014, Purdue UniversityCMapK1245U_7291

LMSB

HMMTLMST

ADDL

WADE

FREH

LYNN

EHSB

VCPR

VA1

VA2

AHF

UPOF

SCCA-ENAECC

VPTH

VLAB

DOYL

UPSB

VPRB

VMIFEHSA

UPOB

McC

utch

eon

Dr.

1365 1333

13411325 1317

1309

13011349

1357

13811389

138

137136134

133132

131

201

202

203

204

205 206

207

208 209 210

211212

213

214

215

216

217 218

219

220

221222

223

224225

226

227

140

141 142

143

144

145147

148 149

150

151

146139

228

118

135

1397

KCTR

STEW PMU

HOVD

Bell

Tower

RAWL

HLAB

KEYNOTEPURDUE MEMORIAL UNIONKEYNOTESTEWART CENTER

KEYNOTEHERRICK LABS

KEYNOTERAWLS HALL

https://engineering.purdue.edu/HerrickConf

http://www.hicclaf.com

http://www.housing.purdue.edu/Housing/Residences/FirstStreetTowers/index.html

http://www.union.purdue.edu

http://www.starwoodhotels.com

https://engineering.purdue.edu/HerrickConf


SHORT COURSES: JULY 8, 2018 • CONFERENCE: JULY 9-12, 2018 • WEST LAFAYETTE, IN

Compressor Engineering2018 Purdue Conferences

Refrigeration and Air ConditioningHigh Performance Buildings

24th Compressor Engineering

17th Refrigeration and Air Conditioning

5th High Performance Buildings

Hosted by

Purdue Center for High Performance Buildings

Ray W. Herrick Laboratories

Ray W. Herrick Laboratories177 South Russell StreetWest Lafayette, IN 47906-2099



Documents

PRELIMINARY PROGRAM - engineering.purdue.edu · refrigerant choice and include a brief discussion of non-vapor compression systems and their components. The presentation will The