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Microbial biohydrometallurgy boosts copper recovery from extremely challenging ores
A “plug-and-play” microbial technology enables the recovery of additional copper from low-grade ores when used alongside traditional sulfuric-acid heap-leach methods. Working synergistically within the existing heap-leach infrastructure, the unique microbial communities that have been cultivated by Endolith (Westminster, Colo.; www.endolithmining.com)…
Focus on: Mobile Devices and Apps
Interoperability initiative for edge computing devices This company is the newest member of the Linux Foundation’s Margo Initiative (margo.org), a collaborative open-standards project designed to make edge applications, devices and orchestration software work together seamlessly across multi-vendor industrial automation environments.…
New Technologies Promote Improved Combustion
Innovative burner and combustion systems optimize combustion, improving safety, effectiveness and efficiency while lowering emissions In burner and combustion operations, chemical processors must balance emissions and safety requirements with achieving optimal system performance in a cost-effective way. Further, many chemical…
Facts At Your Fingertips: Powder Properties for Pneumatic Conveying
Pneumatic conveying uses air to either push (positive pressure) or pull (negative pressure) solid material through a conveying line. The characteristics of the solid materials being conveyed play a significant role in how the pneumatic conveying system is designed and…
Barrier Management: Driving Process Safety Improvement
The barrier-management approach to process safety can help organizations better understand and proactively address the risk inherent in their operations Facilities in the chemical process industries (CPI) have many barriers in place to prevent or limit the effects of a…
Managing Safety Across Development Stages
For novel process technologies, each development stage brings new safety obligations. This guide provides a practical framework for navigating safety responsibilities from early R&D to commercialization Developing new process technologies — especially those involving hazardous materials or operations at high…
Using water to break ultra-strong PFAS bonds
Water contamination from per- and polyfluoroalkyl substances (PFAS) compounds is one of the most significant environmental and health issues globally. In particular, effectively breaking the carbon-fluorine bonds that are paramount to the stability and persistent nature of PFAS is extremely…
Adapting thin-film polymers for membrane separation of liquid hydrocarbons
Thin-film polymer membranes have been very effective for industrial-scale desalination of seawater, but have not been used for separation of liquid hydrocarbon mixtures because oil-separation membranes tend to absorb oil components and swell, which eliminates their size-sieving ability to separate…
Sulzer launches polystyrene recycling technology
Sulzer Ltd. (Winterthur, Switzerland) is proud to announce the launch of its licensed EcoStyrene polystyrene recycling technology, a groundbreaking solution for the chemical recycling of contaminated polystyrene materials. The EcoStyrene process addresses one of the chemical recycling industry's most significant…
New CO2-to-CO process commercialized by Axens, IFPEN and SMS Group
Axens, IFP Energies nouvelles (IFPEN; both Rueil-Malmaison, France) and SMS group, have successfully homologated the Carboverseo™ technology. This innovative reverse water-gas shift process, which converts CO2 into CO, is now live and ready to revolutionize the e-fuel industry by providing…