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1 FMA Summit Reducing Thermal Energy Use Across a Fortune 50 Portfolio David Coletta Director Of Corporate Accounts October, 2016

Thermal Energy International Inc

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Page 1: Thermal Energy International Inc

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FMA SummitReducing Thermal Energy Use Across a Fortune 50 Portfolio

David Coletta – Director Of Corporate Accounts

October, 2016

Page 2: Thermal Energy International Inc

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Agenda

Reducing Thermal Energy Use Across a Fortune 50 Portfolio

Introductions TEI Technology Offerings Fortune 50 Company- Success Story Execution of Roll Out Impact of Roll Out

Questions and Answers

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Agenda

Reducing Thermal Energy Use Across a Fortune 50 Portfolio

Introductions TEI Technology Offerings Fortune 50 Company- Success Story Execution of Roll Out Impact of Roll Out

Questions and Answers

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Thermal Energy is a…

Global provider of ICI energy efficiency & emission reduction solutions

We save our customers money & improve their bottom lines by…

Reducing fuel use

Cutting carbon emissions

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FLU-ACE®

Direct contact condensing heat recovery

GEM®

Condensate return systems (steam trap)

~80%We can recover of energy lost in typical boiler plant and steam system operations

High ROI with short, compelling payback

16+ year track record

Proprietary, Proven Solutions

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Our impact to date

> $375 MillionTotal fuel savings for our customers at $5/MMBtu

4 Million

TonnesReduction of greenhouse gas emissions

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Agenda

Reducing Thermal Energy Use Across a Fortune 50 Portfolio

Introductions TEI Technology Offerings Large Beverage Manufacturer - Fortune 500 Company-

Success Story Execution of Roll Out Impact of Roll Out

Questions and Answers

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18 % stack losses

3% standing loss

2 % blowdown loss

5% condensate loss/flash

5% pipework insulation

loss

10% steam trap loss

2% pipe leakage

100% fuel input 55% useful heat output

18 % stack losses

3% standing loss

2 % blowdown loss

5% condensate loss/flash

5% pipework insulation

loss

10% steam trap loss

2% pipe leakage

100% fuel input 55% useful heat output

18 % stack losses

3% standing loss

2 % blowdown loss

5% condensate loss/flash

5% pipework insulation

loss

10% steam trap loss

2% pipe leakage

100% fuel input 55% useful heat output

18 % stack losses

3% standing loss

2 % blowdown loss

5% condensate loss/flash

5% pipework insulation

loss

10% steam trap loss

2% pipe leakage

100% fuel input 55% useful heat output

18 % stack losses

3% standing loss

2 % blowdown loss

5% condensate loss/flash

5% pipework insulation

loss

10% steam trap loss

2% pipe leakage

100% fuel input 55% useful heat output

18 % stack losses

3% standing loss

2 % blowdown loss

5% condensate loss/flash

5% pipework insulation

loss

10% steam trap loss

2% pipe leakage

100% fuel input 55% useful heat output

1-8

Energy Losses In A Steam System

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Condensing Heat Recovery + APC system

Waste Flue Gas Sources:

• Oxidizers

• Ovens

• Boilers

• Dryers

• Evaporators and Sterilizers

• Paper Machine Dryers

• Industrial Product Dryers

• Product Steamers and Cookers

• Waste Incinerators

• Gas Turbine or Engine Cogen

Energy Recycling for:

• Process Make-up Water

• Heating

• Boiler Make-up Water Heating

• CIP / Process Liquid Heating

• Dryer Make-up Air Heating

• Combustion Air Heating

• Ventilation Make-up Air

• Heating

• Mixed Air Heating

• Perimeter Radiation Heating

• Domestic Hot Water Heating

5% to 30% Typical Energy Savings

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FLU-ACE® Heat Recovery

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FLU-ACE® Heat Recovery

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The heat (both latent and sensible) from the flue gas is transferred to the primary circuit water by cooling the exhaust gas to below its dew point

The blue area to the right represents latent heat, the brown area sensible heat

Heated water is circulated at up to 160°F to various heat users

With indirect design the primary circuit water can be raised to 200°F

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FLU-ACE® - Additional Benefits

In addition to fuel savings such as:

Prevent / offset capital investment in boiler upgrades / replacements

Increase in production / throughput

Environmental benefits (>90% removal of SO2, >50% removal of PM)

Elimination of seasonality

Fuel conservation proportional tradable reduction in CO2, NOx, and SO2

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Typical Steam System

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10% to 30% average annual failure rate Higher on superheated and high pressure systems

Unpredictable life cycle Failures undetected without constant surveys

Typical Steam Trap Problems

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• Maintenance headacheReplacing traps and installing service kits

• Low priority…And therefore OFTEN IGNORED until process is affected

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The GEM Steam Trapping System

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Ruby Trap

Performs well under pressure

Topaz Trap

Ideal for all of your clean

steam needs

Sapphire Trap

The most popular trap in

town

Emerald Trap

The perfect trap for those

‘Quick-fit adapter’ moments

Opal Trap

The new kid on the block

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How The GEM Trap Operates – Start-up

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•Condensate is preferentially discharged at Start Up

•Air vents through the orifice at high velocity

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System Running Load

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• Depending on the flow rate, the flash point will occur at different stages in the venturi

• Minimum restriction of flash expansion = reduced localised back pressure

• Point of back pressure further from the point of restriction = less effect

Lower Condensate Load

Higher Condensate Load

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GEM® Steam Trap Technology

GEM® Benefits

NO MOVING PARTS!

Increased Reliability & Reduced Maintenance

Energy Savings - Reduce Steam Consumption 10 to 20%

10 Year Performance Guarantee

Performance Improvement – Improved Process Control

Proven Technology – In Use For 20+ Years

Payback 1 year to 2 years

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Typical Steam System

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Change To A Permanent Solution

Failure

Mechanical

trap cycle

SurveyReplacement

Current Inefficient

Short term cycle

Failure

Survey

Replacement

GEM®

Engineered

Efficient

Permanent

Performance

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Agenda

Reducing Thermal Energy Use Across a Fortune 50 Portfolio

Introductions TEI Technology Offerings Fortune 50 Company- Success Story Execution of Roll Out Impact of Roll Out

Questions and Answers

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Execution Of Roll Out

Corporate Energy Manager Introduced to TEI Technology Offerings

Site Targeted To Assess TEI Technology

Site Implements FLU-ACE & GEM Steam Traps

Energy Reduction Independently Verified

Other Sites Within North America Identified For Conversion To TEI Technologies

TEI Provides Turn Key Project Cost & Payback

Further Sites Take On TEI Technologies Achieving Significant Savings

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FLU-ACE – Oakland, California

Turnkey FLU-ACE® Systems installed on steam boiler exhaust

13.5 % reduction in natural gas consumption

Greenhouse emissions cut by 440 Tons

Used heat at:

Boiler plant make up

Hot water for process

Heating from 65F to 140F

Annual savings of Approx $70,000

Savings verified by Enovity to facilitate funding from utility PG&E

Execution Of Roll Out - Validation

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Steam Metered Trial

Intensity Based Steam Use Reduction of 19.5%

Absolute Steam Use Reduction of 14.8%

GEM trap replacement date on Oct. 20th, 2012

Complete data week before retrofit: Oct. 9th,

2012 to Oct. 13th

Complete data week after retrofit : Nov. 26th,

2012 to Nov. 30th

Unit volume steam usage: 0.96 lbs/L before

retrofit, 0.77 lbs/L after

Absolute steam usage: 74,119 lbs/day before,

63,176 lbs/day after

Execution Of Roll Out - Validation

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Cranston Trial

Execution Of Roll Out - Validation

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Execution Of Roll Out - Validation

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GEM Validation

Record Before & After

•Weight

•Temperature

•Time

Repeat with GEM Trap

TRAP

Bucket test method:

Tests conducted with Enovity on a range of new mechanical steam traps

Average steam savings of 5.6lbs per hour

Project awarded CIBEP PG&E funding

Project in place to convert 360 traps at the plant

Execution Of Roll Out - Validation

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Agenda

Reducing Thermal Energy Use Across a Fortune 50 Portfolio

Introductions TEI Technology Offerings Fortune 50 Company- Success Story Execution of Roll Out Impact of Roll Out

Questions and Answers

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Results Summary – Impact To Date

Turnkey FLU-ACE® Systems installed on steam boiler exhaust

13.3 % average natural gas consumption reduction across all sites

$750,000 saved per year in reduced natural gas costs

Average payback ~ 4.2 years

FLU-ACE® - Projects

Site Gas Reduction % $ Savings Payback (years)Oakland 13.5 $70,000 4Indiana 12.3 $250,000 4.2Atlanta 14.5 $250,000 4.6Mountain Top 13.2 $177,207 4.1

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Results Summary – Impact To Date

Turnkey GEM® Steam Trap Project

$468,000 saved per year in reduced natural gas costs

Average payback ~ 2.3 years

GEM® Steam Trap - Projects

Site $ Savings Payback (years)Indiana $42,000 2.4Oakland $30,000 2.6Dallas $25,000 2Atlanta $58,000 2.1Blueridge $36,000 2.6Mountain Top $34,000 2.2Tolleson $51,000 2.1Fort Pierce $192,000 2.5

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Total Impact To Date

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$1,200,000+ in annual fuel savings

7,000,000+ gallons/year in water savings

11,400+ Tons of GHG reduction

Prevent / offset capital investment in boiler upgrades / replacements

Environmental benefits (>90% removal of SO2, >50% removal of PM)

Fuel conservation proportional tradable reduction in CO2, NOx, and SO2

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Agenda

Reducing Thermal Energy Use Across a Fortune 50 Portfolio

Introductions TEI Technology Offerings Large Beverage Manufacturer - Fortune 500 Company-

Success Story Execution of Roll Out Impact of Roll Out

Questions and Answers

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Only Problem………...

What to do with all the discarded traps

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Question & Answers…..

Please come visit our booth ….

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A more sustainable future. Today.

www.thermalenergy.com