WebNov 14, 2024 · Phichit Bio Power Co., Ltd. with its existing rice mills and biomass power plants, licenses Pörner Group’s technology and will invest in a new RHA sodium silicate … WebPhichit Bio Power Co., Ltd. with its existing rice mills and biomass power plants, licenses Pörner Group’s technology and will invest in a new RHA sodium silicate plant in Thailand. This step allow Evonik to scale-up a reliable supply of biobased sodium silicate to meet the global tire industry’s demand for more sustainably produced silica.
Phichit Bio Power - Pho Thale - infobel.com
WebRecently, Evonik has entered a strategic cooperation with the Pörner Group, Austria and Phichit Bio Power Co., Ltd., Thailand, to supply sustainable ULTRASIL® precipitated silica to tire manufacturers. The raw material for the sustainable silica is sodium silicate, which is derived from rice husk ash, an agricultural waste product, and ... WebSep 28, 2024 · Phichit Bio Power Co., Ltd. with its existing rice mills and biomass power plants, licenses Pörner Group's technology and will invest in a new RHA sodium silicate plant in Thailand. This step allow Evonik to scale-up a reliable supply of biobased sodium silicate to meet the global tire industry's demand for more sustainably produced silica. industrial home decor items
Pichit Bio Power Co Ltd
WebAddress: 168 PHO THALE, PHICHIT, 66130 Thailand Phone: Employees (this site): Modelled Employees (all sites): Modelled Year Started: Incorporated: ESG ranking: ESG industry … WebNov 23, 2024 · Thai biomass energy producer Phichit Bio Power Co., LTD. (Rice Mill) and Porner Group have signed a technology licensing agreement to invest in the construction of a new rice husk ash sodium silicate plant in Thailand. WebIn November 2024, we signed a long-term power purchase agreement (PPA) with the utility company EnBW for the 900 megawatt (MW) He Dreiht offshore wind farm. On the basis of this PPA, Evonik will source output of 100 MW from this new wind farm in the German North Sea over a period of 15 years. industrial homegenous catalysis