Maximize fuel efficiency of cogeneration system

Article Abstract:

Gas turbine-based cogeneration system design is a formidable challenge but may be facilitated through an identification of the factors controlling the fuel efficiency of such systems. These factors can then be used to develop a systematic design process. These factors include heat recovery, temperature and fuel efficiency control, flue-gas profile determination, optimum cogeneration configuration, maximum turbine net specific work and turbine exhaust matched to heat recovery.

Cogeneration Equipment, Cogeneration power plants

---

Cogeneration facilities announced

Article Abstract:

Air Liquide America Corp of Houston, TX, has announced that it will construct two cogeneration units to provide steam and electricity to Shell Chemical's Geismar, LA, complex. Groundbreaking is scheduled for 2nd qtr 2001, and the facility is scheduled to start up in mid-2002. The facilities will produce approximately 80 MW of electricity and 600,000 lb/h of high-pressure steam.

New capacity, new plant construction, Electric Power Generating, Electric Power Generation

---

Zero-emission power generation - pure rocket science

Article Abstract:

Clean Energy Systems Inc. (Sacramento, California) is close to bringing into commercial use a new type of electric generator that produces no air pollution. The technology is based upon a rocket engine. The technology is described in this article.

Motors and generators, Electrical Generators, Usage, Product development, Prevention, Electric generators, Air pollution, Rocket engines, Clean Energy Systems Inc.

Similar abstracts:

• Abstracts: Dynamic control of a cellular-line production system under variations in the product mix. An empirical analysis of productivity and complexity for flexible manufacturing systems
• Abstracts: The effects of task and information asymmetry on business process redesign. Formal business process engineering based on graph grammars
• Abstracts: The development of an object-oriented simulation system based on the thought process of the manufacturing system design
• Abstracts: Process intensification: transforming chemical engineering. Process information: achieving a unified view. Process engineering: moving in new directions
• Abstracts: Take a systems approach to corrosion under insulation. Monitoring process performance. Easily determine safety integrity level

This website is not affiliated with document authors or copyright owners. This page is provided for informational purposes only. Unintentional errors are possible.