News
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UBC's thermal methane cracking technology invests $7 million in testing in Alberta
A new hydrogen production technology developed by the University of British Columbia (UBC) will be tested in a $7 million project between UBC, the government of Alberta and the Alberta utility ATCO. The technology developed by UBC researchers — thermal methane cracking (TMC) — can pro...Read more -
Abundia Global Impact Group licenses Alterra Energy technology
Abundia said it plans to start developing its first plant in the UK to chemically recycle waste plastics. Abundia Global Impact Group (Abundia), a technology company focused on circular solutions and sustainability, has signed a licensing agreement with Alterra Energy, headquartered in Akron, Ohi...Read more -
TotalEnergies joins the Polypropylene Recycling Alliance of the Recycling Partnership to increase the U.S. plastic recycling rate and promote the circular economy
Houston, October 7, 2021 /PRNewswire/ – TotalEnergies Petrochemicals & Refining USA, Inc., a subsidiary of the wide-ranging energy company TotalEnergies (NYSE: TTE), today announced its funding partnership as a polypropylene recycling alliance Participation of partners, this is an initi...Read more -
2021 New Continuous Waste Tires Pyrolysis Plant of Environmental
The rCB of Rowa’s new black masterbatch polymer is obtained from used tires by pyrolysis. With Rowalid EcoPA-B095A Black rCB, Rowalid EcoPA-B095A Black rCB, Rowa Masterbatch showcased a sustainable product at Fakuma 2021. The carrier material is based on post-industrial polyamide materials....Read more -
Technological innovation of intermittent waste tire pyrolysis (Part 1)
One of the goals is to enable entrepreneurs, project sponsors, investors and the public in the industry to better understand the rapidly developing circular economy. At the same time, this series of articles should also be a stimulus for discussion. In the current article, we have solved the prob...Read more -
The Fraunhofer team develops a process to recover carbon black from car tires
Waste tires are mainly used for energy recovery; only a small part of the carbon black contained in these tires is recycled because mineral ash accounts for about 20% of its content. A new process developed by the Fraunhofer Institute for Building Physics IBP can separate almost all of this ash, ...Read more -
WPI receives US$2 million to produce renewable fuel from sewage sludge
A team of researchers from Worcester Polytechnic Institute (WPI) received nearly $2 million in grants from the U.S. Department of Energy (DOE) for the production of renewable fuels from sewage sludge. The by-products of sewage treatment are dumped into garbage Greenhouse gases and water pollution...Read more -
Introduction and yield of thermal pyrolysis carbon black
Pyrolytic carbon black is produced by pyrolysis when natural gas is isolated and heated to 1300℃. It is composed of a large number of spherical and elliptical carbons and a small amount of welded particles. It has large particle size, small specific surface area, low structure, easy dispersion, g...Read more -
By 2020-2027, the latest research has explored the booming market of recycled carbon black on a global scale
Recycled carbon black (rCB) is obtained from waste plastics and waste tires through a pyrolysis process. Due to its environmental protection properties and the ability to reduce carbon dioxide (CO2) emissions, recycled carbon black has more advantages than virgin carbon black. rCB is used in vari...Read more -
Solutions for the harmless disposal and resource utilization of oily sludge pyrolysis
“Industrial continuous sludge pyrolysis production line” separates the water and organic matter in the sludge from the soil to produce fuel oil and reduced soil (for road paving, brick making, etc.), it is safe, environmentally friendly, and continuous. Under the premise of stable ope...Read more -
The amount of hazardous waste generated is increasing day by day, and the technology and control of hazardous waste disposal are attracting attention
Hazardous waste includes industrial hazardous waste, medical waste and other hazardous waste. Among them, industrial hazardous waste is mainly produced in the chemical industry, oil refining industry and other fields. For example, various waste mineral oils in the process of petroleum refining an...Read more -
Australia: RMIT develops next-level waste conversion technology
The Royal Melbourne Institute of Technology (RMIT) has developed a method to convert biosolids into recyclable biochar. The Royal Melbourne Institute of Technology (RMIT) has developed a method to convert biosolids into recyclable biochar. Biosolids are a mixture of water and organic matter. They...Read more