Hotline

0086-533-7229817

Tel: 0086-533-7229817 / 0086-533-7229818 / 0086-533-7702707
Fax: 0086-533-7702288 / 0086-533-7229816  
E-mail: 
xundachem@126.com
Add: No. 17, Jingzhong Industrial Zone, Linzi District, Zibo City, Shandong Province

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Refinery & LNG treating

Refinery & LNG treating

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MTBE fine desulfurization

The new ROA process for sulphur recovery industry has such advantages as short process flow, low investment, small space occupation, low operating costs and high recovery rate of total sulfurs, substantially reducing the emissions of carbon dioxides.

Adopt ROA process can achieve 100% conversion ratio for H2S

Hydrorefining

Assurance to produce low sulfur and High octane contained gasoline

Xunda provides MTBE fine desulfur technology to satisfiy the requirement of low sulfur (<10ppm). The combined process of catalytic reaction and adsorption suits for treating high sulfur(100-1500ppm) contained MTBE.

Gas Treating

High Efficient & Low cost treating refinery gas

Adopting amine selective adsorb method to remove sulfide, Xunda provides high active MDEA and DEA to remove the sulfide and CO2.

Related prodct and technology

Nature gas and Refinery gas purification (S,O2,CO2,H2O removal)

Hydrogen Generation

With the growth of processing high-sulfur crude oil in China, a stable supply of high-purity hydrogen to oil refining business has become very important. Xunda has developed hydrocarbon steam conversion method for hydrogen generation plant, which can effectively reduce operating costs of hydrogen generation plant.The catalyst adpots nickel and precious metals as an active ingredient, With the ability of high temperature oxidation resistance , strong carbondeposition resistance, long use cycle.

Sulphur recovery

The new ROA process for sulphur recovery industry has such advantages as short process flow, low investment, small space occupation, low operating costs and high recovery rate of total sulfurs, substantially reducing the emissions of carbon dioxides.

Adopt ROA process can achieve 100% conversion ratio for H2S