Heat Recovery | Organic Rankine Cycle | Power Generation | Clean Environment
Low Medium Temperature | OTEC / Warm Ocean Waters | Combined Heat Power
Thermal Storage | Energy Conversion
Innovative Energy Systems for A Cleaner World
Organic Rankine Cycle
   
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TransPacific Energy (TPE) is a high-tech corporation that designs, builds, owns, operates, sells and installs proprietary, modular Organic Rankine Cycle (“ORC”) utilizing multiple refrigerant mixtures to maximize heat recovery and convert waste heat directly (75F to 900F) from industrial processes, solar and geothermal converting it into electrical energy. TPE technology can also be utilized as alternative to cooling towers and use heat released to generate electricity. TPE™ uses multi component fluids in contrast to the typical orangic Rankine Cycle that uses binary cycles and organic fluids such as pentane, isobutene, butane, propane and ammonia instead of water. However, these refrigerants are extremely volatile and explosive making them unsatisfactory for most practical applications. Newer pure safer refrigerants such as R245fa have come into wide use but they are very limited in their applications. Count on TransPacific Energy efficient waste heat recovery for power generation using its propriety technology. Other applications include solar, geothermal energy as well as warm ocean waters. We deliver innovative solutions for cleaner greener world. Help us stop global warming with our green energy conversion technology. |
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Organic Rankine Cycle The
Rankine cycle describes a thermodynamic cycle of steam heat engines
(turbines) commonly found in power generation plants. Current Organic
Rankine Cycles (ORC's) use pure refrigerants in stead of water, however
they are limited in a very narrow temperature range, usually
200ºF-300ºF and have low efficiencies. TPE employs environmentally
sound refrigerant mixtures tailored to reduce heat losses and maximize
heat recovery for efficient power production.
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TransPacific Energy Unit Another
barrier that has been broken is concerns over condensation in the stack
which mostly occur with the use of pure refrigerants. Condensation
creates numerous problems in combustion exhaust streams, such as
sulfuric acids and other caustic chemicals to eat away at the stack and
other components making it an undesirable application. |
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