\nSustain\u00adable envir\u00adon\u00admental and climate protec\u00adtion and resource efficiency are important goals for us. Devel\u00adoping ways to minimize energy and energy costs is a relevant task \u2013 across all indus\u00adtries, now and in the future. As a partner to various indus\u00adtrial sectors, we have there\u00adfore consist\u00adently worked on solu\u00adtions that apply our compre\u00adhensive expertise in vent\u00adil\u00ada\u00adtion systems to the field of energy efficiency. The result: the patented ENERGIFY technology \u2013 the elec\u00adtri\u00adcity produc\u00adtion costs of this system are prob\u00adably the lowest ever achieved worldwide.<\/p>\n<\/blockquote>\n\n\n\n
In the past, CFT, a member company of the inter\u00adna\u00adtion\u00adally oper\u00adating CFH Group<\/a>, built methane gas extrac\u00adtion systems for coal mining, among other things. The tech\u00adno\u00adlo\u00adgical poten\u00adtial of these systems gave our engin\u00adeers the idea of \u201creversing\u201d the func\u00adtion of these machines. In the original version, an elec\u00adtric motor drives a rotary piston blower, which trans\u00adports methane gas by increasing the pres\u00adsure. Now the func\u00adtion is \u201creversed\u201d: a stream of steam is fed into the rotary piston blower. This drives a blower, which in turn drives an elec\u00adtric gener\u00adator via a shaft. This gener\u00adates elec\u00adtri\u00adcity that can be fed into the grid. Important insights were gained during devel\u00adop\u00adment, including that a rotary piston blower is an excel\u00adlent, powerful turbine that is partic\u00adu\u00adlarly suit\u00adable for low inlet pressures.<\/p>\n\n\n\nAlle Heraus\u00adfor\u00adder\u00adungen f\u00fcr den Einsatz eines Drehkolbengebl\u00e4ses als Turbine, wie neue Dicht\u00adsysteme, neue Schmier\u00adungssysteme usw., wurden von den Ingenieuren der CFT bis zur Mark\u00adtreife der Anlage umge\u00adsetzt. Die zur Mark\u00adtreife gef\u00fchrte ENERGIFY Tech\u00adno\u00adlogie stellt eine Revolu\u00adtion im Bereich der Stromerzeu\u00adgung durch Druck\u00addifferenzen bei gasf\u00f6r\u00admigen Medien dar. F\u00fcr die Anlagen gibt es verschiedene umfassende Anwendungs\u00adm\u00f6g\u00adlich\u00adkeiten, um bisher ungen\u00adutzte Energie bei Druckre\u00adduzier\u00adungen in CO2<\/sub>-neut\u00adralen Strom zu wandeln und erheb\u00adliche Energie\u00adkosten zu sparen.<\/p>\n\n\n\n