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Shinkai 2024 Annual Meeting was successfully held

On the 25th and 26th of January 2024, Shinkai successfully held its annual conference. During the team building activities, employees improved their mutual cooperation and solidarity. Let’s wish Shinkai another great year in 2024!

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Shinkai’s Largest Hot Gas Filters in Polysilicon Industry

At the beginning of 2024, the 125,000 tonnes/year polysilicon plant in Ningxia was successfully started up in one run, making it the largest polysilicon production plant in China in terms of single-set capacity. For this plant, SHINKAI supplied 10 sets of reduction tail gas filters with a total filter area of more than 5,000 ㎡ […]

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Porous Metal Filter Application in Lithium Battery

As a new type of secondary battery with high energy density, many cycles and long service life, lithium battery is currently widely used in mobile power, electric vehicles, home appliances, smart wearable devices, 3C products and other fields. With the continuous depletion of fossil energy, lithium battery has gradually become the main power source of […]

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Why do Chemical Plants prefer costly hot gas filtration rather than wet dust extraction?

With the improvement of economic efficiency requirements and environmental protection requirements, it has become extremely important to remove fine solid particles from the high-temperature reaction gas or tail gas of chemical plants. At present, there are two main methods for high temperature dust removal in chemical plants: wet dust extraction and hot gas filtration. Wet […]

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Shinkai’s Another Set of Hot Gas Filters in Polysilicon Industry

In early March, our technical team rushed to Inner Mongolia for another new full-process filter installation guidance of a set of 100,000 tons/year polysilicon plant. Shinkai’s hot gas filters with metal membrane are with performance of high precision, good regeneration, long service-life. By operating those filters, plants could efficiently reduce the labors’ working intensity, obviously […]

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Installation and Commissioning of the Online Blowback Filter Used in the Polysilicon Exhaust Gas Recovery

Last December, our technical team went to Xinjiang, China to guide the installation and commissioning of the online blowback hot gas filter systems. The plant is with capacity of 120,000-ton polysilicon. Those online hot gas filters are used in processing the polysilicon exhaust gas recovery section,  to filter the amorphous silicon powder in the exhaust […]

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Gas-Solid Filtration System

Are you facing the gas-solid mixture? If you are worrying about refining the gas or recovering the precious solids mixing with the gas, you need a gas-solid filtration system. What is a Gas-Solid Filtration System? In simple words, gas-solid filtration is a process in which poisonous particles are eliminated from the gas or vapor. There […]

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Bioprocess Fermentation: An industry that is Changing Our Lives

Bioprocess fermentation, which seems to be a new word, is being used as a new material in many fields and comes into people’s vision. Bioprocess fermentation refers to the fermentation of carbohydrates by microorganisms (bacteria, fungi) to produce various industrial solvents and chemical raw materials. The main products are ethanol, acetone-butanol, butanol-isopropanol, acetone-ethanol, 2, 3-butanediol […]

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Break The Bottleneck, Make a Breakthrough in the Hydrogenation of Maleic Anhydride to Succinic Acid Production

At present, petrochemical based biodegradable plastics with promising development prospects include PBAT (co-polyester of terephthalic acid, adipic acid and BDO), PBS(co-polyester of succinic acid and BDO), and PBST (co-polyester of succinic acid, terephthalic acid and BDO). It is estimated that the demand for total biodegradable plastics in China is about 20 million tons/year, and the […]

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The Classic Application of Dry Dedusting in The Polysilicon Industry

At present, the production methods of the polysilicon industry mainly include the silane method and the modified Siemens method. The modified Siemens method and the silane method mainly produce solar-grade/electronic-grade crystalline silicon. The silane method is to pass silane into a fluidized bed with polycrystalline silicon seeds as fluidized particles, so that silane is cracked […]

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