Gas Turbine Exhaust | Energy XPRT
Articles & Whitepapers
-
Inlet Cooling for Gas Turbines Driving Gas Gathering Compressors - Case study
Increasing Incremental Gas Flow – Pemex TURBINES LOSE EFFICIENCY AS TEMPERATURES RISE As temperatures rise, your compressor’s performance suffers, resulting in lost time and decreased production, ultimately affecting your bottom line. We’ve developed an inlet cooling process that increases horsepower density and improves production by up to 25 percent, no matter the ...
-
University of Illinois at Chicago West Campus - 21 MW District Energy CHP System - Case Study
Quick Facts LOCATION: Chicago, Illinois MARKET SECTOR: Colleges & Universities TOTAL CHP GENERATING CAPACITY: 21 Megawatts TOTAL HEAT RECOVERY RATE: 90,000 lb/hr steam unfired 360,000 lb/hr ...
News
-
B&W Acquires Universal Acoustic & Emission Technologies, Inc.
Babcock & Wilcox Enterprises, Inc. (B&W) (NYSE:BW) has acquired Universal Acoustic & Emission Technologies, Inc. (UniversalAET), a Wisconsin-based provider of custom-engineered acoustic, emission and filtration solutions, effective ...
Equipment & Solutions
-
Showcase
Compact Filters for Gas Turbines
Compact filters owe their name to their compact, space-saving construction. They provide maximum media area within minimum volume, offering an optimum combination of high filtration efficiency and low pressure drop. As a result, compact filters attain long service life even when used with high volume flow rates and high inlet particulate concentrations.