Top Banner
1 25 th Annual PPA Conference & 8 th Engineers Workshop ElectraTherm Power+ ORC Presentation
28

25th Annual PPA Conference & 8th Engineers Workshop · 2016-08-05 · Stationary Engines Engines lose 60%+ of input energy to heat generates power from radiator and exhaust heat The

Apr 13, 2020

Download

Documents

dariahiddleston
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Page 1: 25th Annual PPA Conference & 8th Engineers Workshop · 2016-08-05 · Stationary Engines Engines lose 60%+ of input energy to heat generates power from radiator and exhaust heat The

1

25th Annual PPA Conference & 8th Engineers Workshop

ElectraTherm Power+ ORC Presentation

Page 2: 25th Annual PPA Conference & 8th Engineers Workshop · 2016-08-05 · Stationary Engines Engines lose 60%+ of input energy to heat generates power from radiator and exhaust heat The

2

Distributed Power Generation Waste Heat To Power

Organic Rankine Cycle (ORC)

35-110 kWe

Energy Efficiency + Cooling Offset Fuel Free

Emission Free

Base Load Renewable Power

Targeting Low Temp Waste Heat Sources Stationary Engines

Boilers / Flares

Micro Geothermal / Biomass / Process Heat

Headquarters: Reno, Nevada

Company Overview

Page 3: 25th Annual PPA Conference & 8th Engineers Workshop · 2016-08-05 · Stationary Engines Engines lose 60%+ of input energy to heat generates power from radiator and exhaust heat The

• kWh Power• Cooling Benefit

How It Works:

3

Stationary Engine Example:

Cooler Water

Hot Water

4400

4400

Diesel Generator

Page 4: 25th Annual PPA Conference & 8th Engineers Workshop · 2016-08-05 · Stationary Engines Engines lose 60%+ of input energy to heat generates power from radiator and exhaust heat The

Organic Rankine Cycle = Waste Heat to Power

4

• Recover heat from hot water flow to boil working fluid• Use pressure of expanded working fluid to spin a drive

shaft connected to a generator

Page 5: 25th Annual PPA Conference & 8th Engineers Workshop · 2016-08-05 · Stationary Engines Engines lose 60%+ of input energy to heat generates power from radiator and exhaust heat The

Patented Twin Screw Expander

5

Expander Rotor Profile:

• Works with “wet” vapor, two phase flow

• Low Speed, <5000 rpm

• Variable output range

Page 6: 25th Annual PPA Conference & 8th Engineers Workshop · 2016-08-05 · Stationary Engines Engines lose 60%+ of input energy to heat generates power from radiator and exhaust heat The

Clear Market Leader Installed Fleet: >50 units, 50+ years of operation Commercial, field-proven technology Twin screw expander provides advantage for low-temp

waste heat (< 252°F, 122°C) which matches with most attractive markets

Demonstrated Market Demand Cost of power generation: 4-8 cents per kWh (LCOE) Addressing new large markets including:

− Stationary Engines − Prime Power, CHP and Compression

− Flare Reduction/Elimination− Oil & Gas− Wastewater Treatment − Landfills

− Micro Geothermal

Company Highlights

6

Page 7: 25th Annual PPA Conference & 8th Engineers Workshop · 2016-08-05 · Stationary Engines Engines lose 60%+ of input energy to heat generates power from radiator and exhaust heat The

-

50,000

100,000

150,000

200,000

250,000

300,000

350,000

400,000

450,000

500,000

550,000

600,000

650,000

700,000

2

14

24

44

52

59

0

10

20

30

40

50

60

70M

ar-

12

Jun

-12

Sep

-12

De

c-1

2

Ma

r-1

3

Jun

-13

Sep

-13

De

c-1

3

Ma

r-1

4

Jun

-14

Sep

-14

De

c-1

4

Ma

r-1

5

Jun

-15

Sep

-15

De

c-1

5

Ma

r-1

6

Jun

-16

Sep

-16

De

c-1

6

Fleet Exceeds 60 Years Run Time 55% Growth 2013 to 2015

Market Leading Installed Fleet & Hours

7CONFIDENTIAL

Greater than 97% Up Time

0%

20%

40%

60%

80%

100%

Availability

Installed Units

Fleet Hours

Page 9: 25th Annual PPA Conference & 8th Engineers Workshop · 2016-08-05 · Stationary Engines Engines lose 60%+ of input energy to heat generates power from radiator and exhaust heat The

3. Offset Coolingo Offsetting existing cooling loads enhances the net

system efficiency gain and enhances the project economics

1. Generate Electricityo Utilize ORC electricity for powering the local plant

loads, decreasing electrical consumption and demand charges

2. Increase Efficiencyo Converting waste heat into power can increase the

efficiency of an engine by 10%, providing significant fuel savings

9

Benefits of Installing the Power+ Generator

Maximizing Project Value with Base Load Renewable Energy

Page 10: 25th Annual PPA Conference & 8th Engineers Workshop · 2016-08-05 · Stationary Engines Engines lose 60%+ of input energy to heat generates power from radiator and exhaust heat The

10

Fleet Profile By Application

Application

# o

f U

nit

s

+ Flare EliminationDemonstration

Fall 2015in Bakken

+ Radiator Replacementon GenSet Demo

Fall 2015DoD Pt. Hueneme

0

5

10

15

20

25

30

EngineGenSets

Biomass District Heat Geothermal Process Heat Solar Thermal

Total = 59

52 Installed

7 In Process

Page 11: 25th Annual PPA Conference & 8th Engineers Workshop · 2016-08-05 · Stationary Engines Engines lose 60%+ of input energy to heat generates power from radiator and exhaust heat The

$0.32

$0.20

$0.16 $0.15$0.14

$0.12$0.10 $0.10 $0.10 $0.09

$0.07 $0.07$0.05

$0.04

Source: US EIA’s Annual Energy Outlook 2012; Cadmus Group 2012 Report, ElectraTherm, Caterpillar

UnitsNo Fuel

No Combustion

Levelized Cost of Electricity Generation

11

20 year CapEx + Fuel + OpEx$ Per Kilowatt Hour

Page 12: 25th Annual PPA Conference & 8th Engineers Workshop · 2016-08-05 · Stationary Engines Engines lose 60%+ of input energy to heat generates power from radiator and exhaust heat The

ElectraTherm offers 3 output levels packaged with cooling circuit or standalone

Family of Products

4200Up to 35kW

4400Up to 65kW

6500Up to 110kW

Hig

hLo

wP

ow

er

Ou

tpu

t (k

Wh

)

12

Model Product

40’x8’x8’

7’x7’x7’

20’x8’x8’

Page 13: 25th Annual PPA Conference & 8th Engineers Workshop · 2016-08-05 · Stationary Engines Engines lose 60%+ of input energy to heat generates power from radiator and exhaust heat The

Stationary Engines

Engines lose 60%+ of input energy to heat generates power from radiator

and exhaust heat The can replace the OEM radiator

creating a radiator with a payback

Market: Over 150,000 0.5 – 2 MW continuous duty engines installed globally with ~15,000 shipped annually

Flare Reduction

Flares waste energy and pollute Coupled with a boiler, units

make power and greatly reduce or eliminate the flare

WWT Market: In the US alone, ~3,250 wastewater treatment plants generate biogas but only ~200 are generating power. The opens up the other 90% of an untapped market.

Oil & Gas Market: In the US alone, 12-17 billion cubic meters of gas is flared annually.

OtherElectraTherm’s customers are installing generators on district heating systems, micro geothermal, incinerators, and other process heat sources

Large Addressable Markets

Market for tens of thousands of heat-to-power units globally

13

Page 14: 25th Annual PPA Conference & 8th Engineers Workshop · 2016-08-05 · Stationary Engines Engines lose 60%+ of input energy to heat generates power from radiator and exhaust heat The

33%Effective

Power

150,000+ Stationary Engines Installed Worldwide0.5 MW – 2 MWContinuous Duty

Organic Rankine Cycle (ORC) process

generates clean electric

power

Go-To-Market Case Study ExampleWaste Heat from Stationary Engines

Typical Energy Split in a Stationary Engine

10

0%

Ap

plie

d Fu

el En

ergy

5%FrictionLosses

27%Radiator

35%Exhaust

Gas

Low

Temp

High

Temp

Waste

Heat

Waste

Heat

Power Output

14

Energy

WasteHeat

Page 15: 25th Annual PPA Conference & 8th Engineers Workshop · 2016-08-05 · Stationary Engines Engines lose 60%+ of input energy to heat generates power from radiator and exhaust heat The

Benefits:

Complete Engine Radiator Replacement

10% - 12%+ Improved Fuel Efficiency

Easily Transportable Limited Site Construction Payback 2-3 years (diesel)

POWER+ ORCCombined Engine and ORC Radiator

Exhaust GasHeat Exchanger

1.1 MWCummins Genset

Market Traction: Stationary Engines

Containerized 1.1MW Cummins Genset +

ORC Packaged in two 40-foot containersElectraTherm has 27 installs on engines including recently shipped US DoD system shown here, first ever radiator replacement plus heat-to-power

“The Radiator with a Payback”Video at https://youtu.be/fca0faX8R84

15

Page 16: 25th Annual PPA Conference & 8th Engineers Workshop · 2016-08-05 · Stationary Engines Engines lose 60%+ of input energy to heat generates power from radiator and exhaust heat The

16

Page 17: 25th Annual PPA Conference & 8th Engineers Workshop · 2016-08-05 · Stationary Engines Engines lose 60%+ of input energy to heat generates power from radiator and exhaust heat The

Engine/ORC combination running in a dual heat stream configuration

17

Page 18: 25th Annual PPA Conference & 8th Engineers Workshop · 2016-08-05 · Stationary Engines Engines lose 60%+ of input energy to heat generates power from radiator and exhaust heat The

Engine/ORC combination running only on the jacket water

18

Page 19: 25th Annual PPA Conference & 8th Engineers Workshop · 2016-08-05 · Stationary Engines Engines lose 60%+ of input energy to heat generates power from radiator and exhaust heat The

19

Dutch Harbor,

Unalasksa

Remote Installations

Page 20: 25th Annual PPA Conference & 8th Engineers Workshop · 2016-08-05 · Stationary Engines Engines lose 60%+ of input energy to heat generates power from radiator and exhaust heat The

Reduce or eliminate flare Much lower capital and

maintenance than other power generation technologies

Significantly reduced emissions

Flare to PowerReduce Flaring, Generate Power

Oil & Gas Wells Wastewater Treatment

At the start of August 2015, ElectraTherm began a demonstration paired with a boiler to reduce

flaring on a Hess oil field in the Bakken.

The significantly alters the market opportunity at WWTPs by offering dramatically improved emissions plus power where it was thought flaring was the only option.

20

Page 21: 25th Annual PPA Conference & 8th Engineers Workshop · 2016-08-05 · Stationary Engines Engines lose 60%+ of input energy to heat generates power from radiator and exhaust heat The

Convert Flare Gas into Power & Heat In the oil fields

21

ElectraTherm’s Power+ Generator™ produces 35 to 110 kWe

Power+ can provide 24x7 electricity for onsite pumps, site controls, valves, sensors, etc.

The boiler and/or Power+ radiator can provide heat for thermal needs onsite No capital and maintenance intensive turbine or engine genset power

generation equipment required

Paired with a boiler, ElectraTherm's Power+ can provide electricity and heat from raw gas that would otherwise be flared

Benefits Reduce or eliminate flaring Reduce expensive diesel power generation or Offset retail cost of power No gas cleanup Low maintenance No water consumption (closed system) No open flame at heater treater Demonstrate responsible use of the flare gas

Page 22: 25th Annual PPA Conference & 8th Engineers Workshop · 2016-08-05 · Stationary Engines Engines lose 60%+ of input energy to heat generates power from radiator and exhaust heat The

Provide Power & Heat for Oilfield EquipmentBeneficial use of raw or treated flare gas

Reduce or eliminate flaring by utilizing raw/untreated gas

Beneficial Flare Gas Utilization

Generate Power- Power for pumpjack- Power for controls/sensors- Power for wellhead

Generate Heat- Heat for heater/treater- Heat for oil flow

Flare Gas

The Power+ and Boiler is fueled by gas that would otherwise be flared

The Problem The Solution The Results

InputOutput

Power & Heat

ET is currently demonstrating the pictured system at a Hess well in the BakkenWatch the video here: https://youtu.be/4IJEZ1e-PRA

22

Page 23: 25th Annual PPA Conference & 8th Engineers Workshop · 2016-08-05 · Stationary Engines Engines lose 60%+ of input energy to heat generates power from radiator and exhaust heat The

Wastewater Treatment Biogas-Fired Combined Heat & Power

23

Biogas Cleanup

Anaerobic Digester

Engine GenSet

Biogas FlaringRESULTS: Power production but…

High capital cost Flare remains

Intensive annual maintenance High emissions Typically requires low-value utility PPA Complex installation and large footprint

Current Paradigm

Current Solutions

Gas Treatment & Storage

Cost: $ Millions

Engine Gensets

Cost: $ Millions

Biogas Storage

Boiler

Page 24: 25th Annual PPA Conference & 8th Engineers Workshop · 2016-08-05 · Stationary Engines Engines lose 60%+ of input energy to heat generates power from radiator and exhaust heat The

24

Existing Anaerobic Digester

New Paradigm

New Solution

and Boiler

Cost: < $1 Million

Wastewater Treatment CHP The New Paradigm

No Biogas FlareRESULTS: Power production with…

Much lower capital cost Greatly reduced maintenanceFlare greatly reduced or eliminated Reduced emissionsNo PPA hassle; offset onsite use Simple installation and small footprintNo gas treatment or storage

New or Existing Boiler

Page 25: 25th Annual PPA Conference & 8th Engineers Workshop · 2016-08-05 · Stationary Engines Engines lose 60%+ of input energy to heat generates power from radiator and exhaust heat The

25

First Commercial Installation - Landfill Jacksonville, FL

• Clean Burning

• Eliminates rotting wood and creation of methane

(23X CO2 Global Warming Affect)

• Extends landfill life by not burying woody biomass

• Can be used for municipal solid waste on islands and in developing countries

Page 26: 25th Annual PPA Conference & 8th Engineers Workshop · 2016-08-05 · Stationary Engines Engines lose 60%+ of input energy to heat generates power from radiator and exhaust heat The

Well Ahead of The Competition

26

Industry-leading low temperature ORC team

More field experience and reference sites than competitors

Over 560,000 fleet hours at 97%+ availability

$2 million in DoE and DoD contracts

Twin screw expander provides advantage on low-temp waste heat (<252°F, 122°C) which matches most attractive markets

IP opens path to significant gains in ORC output and economics

Page 27: 25th Annual PPA Conference & 8th Engineers Workshop · 2016-08-05 · Stationary Engines Engines lose 60%+ of input energy to heat generates power from radiator and exhaust heat The

27

Thank you!

Download the Presentation here:

Rob Emrich, Vice PresidentMobile: 775.376.2345

ElectraTherm, [email protected]

BASE LOAD RENEWABLE ENERGYfrom Waste Heat

Page 28: 25th Annual PPA Conference & 8th Engineers Workshop · 2016-08-05 · Stationary Engines Engines lose 60%+ of input energy to heat generates power from radiator and exhaust heat The

Generating Clean Power from Waste Heat

28

[email protected]+1-775-376-2345

Rob EmrichVice President