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How Refiners Can Capitalise on the Petrochemical Industry
| April 6, 2020
SASA has combined it's sound business sense with the branded product heritage of DuPont, thus becoming a number one player in Europe in the polyester market.
Article | February 11, 2020
Recyclers have developed state-of-art separation techniques to safely treat a wide diversity of waste streams and recover valuable materials, hence directly contributing to the circular economy. The Brochure published by Euric on ‘Sound Management of Waste & Chemicals Requirements’ highlights the main issues derived from the lack of interface between chemicals, product and waste legislation, and identifies simple solutions to boost the transition towards a more circular economy. Christer Forsgren, Chair of the Euric’s Waste & Chemicals Task Force, Environmental & Technical Director at Stena Metall AB (Sweden), and Adjunct Professor in Industrial Material Recycling at Chalmers Technical University in Gothenburg, emphasized the key role that Europe’s recycling industry plays by reducing Europe’s dependency on primary materials and by saving massive amounts of CO2 and energy.
The chemical industry is no stranger to disruption, from SARS to trade policy conflict and the financial crisis. Yet COVID-19 is unprecedented in its impact, creating a universal imperative for governments and businesses to take immediate action to protect their people. Unlike many other sectors, the chemical industry is not in a position to stop production and send workers home. Instead, it needs to strike the right balance between “social distancing” and keeping plants running to provide the basic necessities for society, as well as the antiseptics, disinfectants, protective packaging and more needed to fight the pandemic.
People say America doesn’t make things anymore. But what about toxic chemicals? We make so many of those, we throw half of them in rivers, for free. The problem is, it can be hard to get a handle on which of those chemicals are extremely toxic and which of them are merely somewhat toxic. If one or another shows up in a scan of your stomach, should you freak out or just be grateful it wasn’t something worse? For this week’s Giz Asks, we reached out to a number of experts to find out what the most toxic chemical is.
Smart use of your plant’s data can take process efficiency to a higher level. Hybrid models driven by artificial intelligence deliver the best results for the least effort. And you don’t need a data science degree to enjoy them. Data is everywhere these days – and the volumes of it are growing exponentially all the time. We’re used to smart uses of it in our everyday lives. Like Amazon and Netflix using our past behavior to tempt us with new products or shows, even making them more appealing by tailoring how they look based on carefully constructed, data-driven profiles of our tastes. Much of that heavy lifting is done by artificial intelligence (AI). In chemical production, process control systems have been collecting data measurements during continuous or batch manufacturing for decades.
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