Using highly effective cross-flow filtration technology, contaminated wastewater is fed through the CMF’s ceramic filter channels at high velocity. The ceramic filters are coated with fine membranes, which provide filtration to a variety of sub-micron pore sizes. The cleaned filtrate is diverted to a storage system for recycling whilst rejected contaminants are collected in a small ‘concentrate’ waste stream.
The CMF’s cost effective, compact and totally pre-piped design is fully automated and user friendly, providing up to 90% recovery of processed water. The system is guaranteed to perform under high temperature and pH. GEM will have a working filter module at the show and, by prior arrangement, you will be able to bring a small sample of your own effluent and test the effectiveness of this equipment.
In addition, GEM will also be exhibiting its highly acclaimed FLU-ACE technology, which greatly improves the fuel efficiency of boiler operations thereby providing a significant return on investment, and reducing environmental emissions.
FLU-ACE effectively converts an Industrial boiler into a condensing boiler and, in so doing, effectively recovers up to 90% of the heat normally lost. This is possible because FLU-ACE’s unique direct contact (gas/liquid) design enables optimal recovery of both sensible and latent heat, even in widely varying operating conditions. In Addition FLU-ACE effectively removes combustion emissions. Heat recovery and emission control in one package!
Conventional heat recovery technologies require dedicated equipment for each boiler exhaust. However a single FLU-ACE can handle a varying flow of flue gases emitted from multiple boilers. This results in a lower initial investment, cheaper operating costs and a higher return on investment. A full payback is often achieved in less than two years with continuing savings being maintained throughout the unit’s 20-year plus operating life.
Details of these and GEM’s other products will be available on its stand at MAINTEC at the NEC, Birmingham from 2nd to the 4th March 2010
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