165000 LBS/HR Rosenblad Design Group, Inc. 304L Stainless Steel Tubular Evaporator

Now available for immediate purchase: 81 MW General Electric 7EA gas turbine generator set ( Stock #19866 ). This General Electric unit was built in 1997 and has been used but well maintained. It has 61344 hours of operation with 5590 total starts. It is shut down in 2022. Original design data and documentation is available. The gas turbine generator set is immediately available for relocation. Below are specifications of the unit: One (1) General Electric Frame 7EA gas turbine generator set consist of following. GE model 7A1PEA38-1 gas turbine, Duel fuel, base rated 81,730 KW, Peak rated 89,490 KW, water injected combustion with inlet air cooled, heat rate at Iso 10,480 btu/kwh, serial #295600, 3600 rpm, CCW rotation. GE 800 HP motor starter, model 8213825402, 3570 rpm, frame 8211Z, 2300/4000Vv, built 1997. Philadelphia Accessory gear box with atomizing air compressor Side exhaust to HRSG. Steam injected for Nox control. Worthington Natural gas compr

Available for immediate purchase, the Glycerin To Epichlorohydrin (GTE), designed DBO (Desmet Ballestra Oleo and commissioned in 2012 and shut down in 2013. Total capacity is 12000 TPY and the plant consist of 2 production trains: 1 - Glycerin purification unit, the technology and designer are DBO (Desmet Ballestra Oleo). 99.5% final product (Technical Glycerin) is obtained after 80%-85% crude glycerol goes through multi-stage distillation and rectification. 2- Production of dichloropropanols (DCP). Technical glycerin is subjected to multistage hydrochlorination by wet and dry method to obtain the final product (DCP) during the process. Original design data and documentation is available. Process Summary The GTE (Glycerin to Epichlorohydrin) process has three major steps: 1- Glycerin Purification 80% - 85% crude glycerol goes through multi-stage distillation/rectification. By the end of this process; 99.5% Technical glycerin can is obtained. 2- DCP Production Tec

Now available for immediate purchase: the Refrigeration Hydrocarbon Dew Point Control Plant (Stock #539). This Toromont-designed unit was built in 2007 and has been used but extremely well maintained. It is composed of 2 identical trains, each with the capacity to treat 414 MMSCFD of natural gas feedstock. Original design data and documentation is available upon request. The plants are immediately available for relocation. Check out our website listing for more details and contact us via our webforms to obtain more information or to discuss this plant in more detail. Process Summary This plant treats natural gas to meet pipeline gas specification or any specific requirement for downstream utilization of the gas using LTS technology (not the JT process). Low temperature separation (LTS), also known as the mechanical refrigeration process, provides an effective way to treat natural gas for condensate recovery and moisture removal while avoiding hydrate formation. Mec