Feizhou Hydrophibic VOC Adsorbents ZSM5 effect was well received by MPW Int Trading co ltd

UAE Oil & gas company in MPW Int'l Trading co.ltd

Customer Name: MPW Int'l Trading co.ltd

Cooperation project: ZSM-5 Zeolite for Oil & gas Field

Customer evaluation: Our company is very demanding on safety, and Feizhou Non-Hydrodewaxing Catalyst Zeolite Zare very good for Oil & Gas drying. We have chosen Feizhou to look beyond the quality of their products. They are big companies and we have the confidence to use them.

MPW Int'l Trading co.ltd from UAE sign the contract on site with Feizhou.The china superior VOCs adsorbent material FCC Catalyst production company Mingguang Feizhou New Material Co.,Ltd provide its advantage new material Hydrophibic ZSM-5 to MPW Int'l Trading co.ltd.This product has been well received by MPW Int'l Trading co.ltd for its many advantages such as environmental protection,pollution-free.

After using Feizhou hydophibic Hydrogen Zeolite ZSM-5,the VOCs Adsorption capacity of the experimental materials surprised GMC.Hua Yan,general manager of Feizhou New Materials,said:“The raw materials of Feizhou ZSM-5 are formed by the evolution of volcanic ash under special conditions over millions of years.As a natural raw material resource,it is precious and rare.”

　　It is understood that the relevant minerals of Feizhou New Materials are unique to Asia.After the development and utilization of the Feizhou ZSM-5 Zeolite,it has been applied in the free from VOCs field.Mission project have found that the ZSM-5 materials can not only make the VOCS adsorbent products more green and environmentally friendly.Moreover,compared with the same performance material(UOP honeywell),it has more prominent effects such as Crush strength and Adsorption capacity and can effectively reduce the production cost of the Oil & Gas.

**The above information is for customers’ reference only. Performance characteristics vary depending on specific application. please contact us by email at info@fznewmaterials.com if detailed application method for materials needed.