Stirling Bio Power Generator

8/8/2019 Stirling Bio Power Generator

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For More Inormation

For complete details on Stirling Biopower andhow the PowerUnit can meet your needsor green power:

www.stirlingbiopower.com

Phone 734.995.1755, extension (8) or sales

Email: [email protected]

Stirling Biopower Inc.

275 Metty Drive

Ann Arbor, Michigan 48103 USA

Printed with soy ink on 100% post-consumer recycled paper.


2/5

Generate the power you

need with biouels, waste

products, or excess heat

The worlds most advanced

GreenPowerMachine


3/5

Why it Works The PowerUnit outperormstraditional technologies inmost categories:

Fuel Versatility Burns biogas rom many sources:

methane, are gas, synthetic

gas, hydrogen, volatile organic

compounds, plus conventional

gaseous uels. Also able to use

biomass, liquid uel, and hot air

streams.

Very Low Emissions The constant combustion

process destroys almost 100%

o hydrocarbons and generates

very low NOx and CO2 emissions

without exhaust ater treatment.

Distributed Generation Specically designed or easy

connection to the electrical grid,

without costly sychronization

equipment and use o locally

generated uel.

Flexible and Scalable The PowerUnits compact

size and no need or a

building makes it perect or

site-specifc installation, and

several PowerUnits can be easily

linked and interconnected as

requirements and uel supplies

expand.

Combined Heat

and PowerGenerates both electrical power

and hot water or maximum

efciency and optimal ROI.

Easy Installation The PowerUnit can be placed

unsecured on a gravel pad. For

gaseous uels, it requires only

2 psi o uel pressure. And it is

completely weatherproo, so it

does not require an enclosure.

Smooth and Quiet Unlike traditional generators,

the PowerUnit does not require

vibration and sound attentuation.

The Green Factor The PowerUnit consumes

greenhouse gases or renewable

uels and produces minimal

emissions. No other generator

can match its green perormance.

Low Maintenance Because combustion occurs

outside the cylinders, uel

contaminants do not accumulate

in the engine oil, and the

PowerUnit has 50% ewer moving

parts than an internal combustion

engine, so it has ewer wear

parts. The result: reduced routine

maintenance and no oil changes

or the lie o the unit.

The PowerUniT

At the core o the PowerUnit is the

Stirling cycle engine. Its ability to

use a wide variety o uels and heat

sources to generate electricity makes

traditional technologies obsolete.

Minimize emissions and reduce

electricity generating costs with Stirling

Biopowers unique combination o

proven and breakthrough technology.

The PoweUnit is exceptionally green,

exible and very versatile. And its

compact size and each o installation

and maintenance support distributed

power generation needs.


4/5

PerfecT for

Wastewater Treatment

Burn methane rom anaerobic digestersto reduce power costs and generateheat or the digestion process.

Agricultural Digesters

Convert methane rom animal-wastedigesters to power and heat.

Biomass Fuels

Gasiy crop waste and generatepower and heat rom resources thatare usually discarded.

Heat Streams

Convert high-quality waste heat tohigh-efciency electricity.

Landflls

Tap methane ares to generateelectricity that can be used or localrequirements or sold to the power grid.

Stranded Flare Gas

Coal bed or well head gases can usedto generate valuable electricity.

Volatile Organic Compounds

Extract the energy available in hard-to-manage industrial by-products andconvert it to valuable electricity.

Conventional Fuels

Burn natural gas or propane toefciently produce both heat and poweras well as hot water.

Lean, Green TechnoLoGy

How it Works

The PowerUnits breakthrough technology is centered on a high-

efciency, our-cylinder Stirling engine o Stirling Biopower design

and manuacture. A Stirling engine is a heat engine. The heat can

be provided rom an external heat source or be produced by the

combustion o a wide variety o uels within the integral combustor.

This heat is maintained at a constant temperature in one section o

the engine, where heat is transerred to pressurized hydrogen. As

the hydrogen expands, it pushes the pistons. In the low-temperature

section o the engine, the hydrogen is cooled by heat-storage devices

and liquid coolers. As it expands and contracts, the hydrogen drives

the reciprocating motion o the pistons, which is converted to rotary

motion via a swash plate that powers a standard, induction electrical

generator. The hydrogen-cooling process also generates heat that can

be used as combined heat and power in ancillary processes.

STirLinG BioPower inc.

The worlds most advanced green power machine was developed over

the past 25 years by a dedicated group in Ann Arbor, Michigan. The

result o this eort is hundreds o thousands o run-time hours and

32 patents or its achievements in Stirling-cycle engines and related

technologies. Stirling Biopower is now the leading manuacturer o

renewable-uel Stirling engine power generating systems, and we

are constantly creating innovations or efcient generation o clean,

distributed power.

For complete details on Stirling Biopower and how

the PowerUnit can meet your requirements or green power:

www.stirlingbiopower.com


5/5

David Miklosi

Vice President o Sales and Service

Stirling Bio Power Generator

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