The professional design team is completely equipped with professional design software, and is available with Grade A certification in chemical, petrochemical and medicine industries;
H2S cracking (the 2nd generation sulfur recovery technology) pilot plant of Sunpower Group - hydrogen sulfide cracking-to-sulfur process
A innovative sulfur recovery unit
A innovative sulfur recovery unit that is based on new reaction mechanism and new cracking catalyst and that is characterized by less investment, small floor space, simple flow path, low operation cost and the like, compared to traditional process; currently, this technology has completed pilot test and has entered the industrialized application stage. Traditional sulfur recovery process is efficiently integrated with new technologies and new products, thus forming a fire-new hydrogen sulfide cracking-to-sulfur process. The future sulfur recovery unit is assigned with economic benefit point, thus allowing it to become an oil-refining chemical unit combined with economic benefit, environmental benefit and social benefit.
KT S.O.A.P.™ VS BENCHMARK SRU PROCESS
H2S Cracking Section with KT PROPRIETARY CATALYST
NO SO2 production (ppm)NO Claus Reactors
H2 Rich Gas production
NO Incinerator
KT S.O.A.P.™ - PROCESS FLOW SCHEME
Main features
Use of S.O.A.P.™ Catalyst - KT Proprietary Catalyst
Fully integrated in KT BAT RAR™ TGT
Use of new DOW UCARSOL™ Amine Solvent specifically developed for KT Novel Process
The main personnel of various design departments, who come from large-sized engineering design organizations or the state-owned design institutes directly affiliated to large-sized refineries, deal with the flow path planning of oil-refining enterprises, the design of unit and flow path, the expansion and potential-tapping revampment of unit and the like for a long time, thus being available with quite rich engineering experience.
Applications
The technologies are applied in boiler, refinery, metallurgy, industrial kiln, coking industry and the like to treat the pollutants produced such as sulfur dioxide, nitrogen oxide, dust and so on, thus meeting applicable national standards.
Technical advantages
This Company has many application achievements regarding the projects of self-contained power generation equipment below 300MW, and can provide you with strong guarantee in the aspect of optimization design, routine maintenance, operation, the resolution of troublesome failure and the like.
This Company possesses the manufacturing base and manufacturing capacity of large-sized equipment, as well as multiple technical patents and residual heat recovery technology.
This Company possesses the high-efficiency research & development team of technology and abundant startup experience of units.
The collocation of a great variety of FGD & CR process provides you with the proprietary process suitable to the enterprise according to actual situation, so as to reduce investment and operation cost.
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