Industrial high-temperature gas filtration technology enables the separation of solids from gases and purification of gaseous pollutants under elevated temperatures. By integrating mechanisms such as physical interception, chemical adsorption and catalytic conversion, this technology aims to remove solid particles and harmful gaseous contaminants from high-temperature gas steams in an effective manner. The goals are to […]

An End to High-Risk Filtration Era 1. PEK-C Polyaryl ether ketone (PAEK) is a high-performance polymer featuring a backbone composed of alternating aromatic ether bonds and aromatic ketone groups. Such unique molecular structure gives PAEK a balance of rigidity and flexibility: the rigid phenylene segments provide excellent mechanical strength and heat resistance, while the flexible […]

IntroductionWith the increasingly severe challenges of global warming and energy security, hydrogen energy is now embracing its boom time as a highly efficient and clean energy. Among all hydrogen production options, water electrolysis is regarded as the most promising sustainable technology due to its wide availability of raw materials (water), pollutant-free byproducts, and zero-emission during […]

“Slurry Oil Withdrawal”- Metal Membrane Filtration System Introduction In the core process of oil refining, namely fluid catalytic cracking (FCC), heavy oil is cracked into high-value products such as gasoline and diesel under high temperature and with the aid of catalysts. However, this process generates some by-products. The heavy aromatics present in the slurry oil […]

Polysilicon – The ‘Foundation’ of Chips Polysilicon production is a critical and indispensable upstream foundational step in the semiconductor industry. No high-purity polysilicon, no high-performance chips. Electronic-grade polysilicon requires an exceptional purity level of 99.999999999% (11N). Even minute impurities can make huge differences. Moreover, high-precision filtration components serve as the “core guardians” in the production process, consistently […]

Fluidization is a process that makes solid particles exhibit properties similar to those of a fluid. It enables solid particles to be transported, mixed and converted in an efficient and large-scale manner. In this way, the mass and heat transfer efficiency during reactions involving solid particles are increased, thus paving the way for more continuous, automated, scalable, and intelligent production processes. Steel Industry’s Trump […]

With the rapid development of science and technology, the demand for powder in industrial manufacturing is increasing, as one of the powder conveying methods, pneumatic conveying, is to use gas as a carrier to realize the fluidization of powder, so as to make it have the liquid-like flow properties, so as to improve the effectiveness […]

Polycrystalline silicon (polysilicon) is an important industrial raw material, is different from monocrystalline silicon, a single silicon material, chemically stable at room temperature, with semiconductor properties, is the manufacture of solar panels of the main materials, and is therefore widely used in the photovoltaic industry, to achieve the transformation of solar energy to electrical energy […]

Organosilicon monomer (organosilicon monomer), mainly refers to the raw materials used to synthesize organochlorosilane polymer materials, from cell phones or medical and aesthetic use of soft silicone protective cover or prosthesis, to 5G base stations or photovoltaic module sealing and encapsulation materials, are indispensable to organosilicon monomers of this chemical raw material. Common silicone monomers […]

What is Catalytic HydrogenationCatalytic Hydrogenation (Catalytic Hydrogenation) is a reaction in which, in the presence of a metal catalyst, the H-H bond in the hydrogen is cleaved and the active hydrogen atoms are adsorbed on the surface of the metal catalyst. Unsaturated reactants (e.g. olefins) are adsorbed on the catalyst vacancies through π-bonds, and then […]