Mobile Navigation

Latest Technologies

Member Exclusive

New heating method tackles PFAS contamination on spent treatment media

There are several established technologies to remove per- and polyfluoroalkyl substances (PFAS) from water, including membranes and adsorbents. However, such purification media can pose disposal challenges due to the potential for further PFAS contamination stemming from the spent media. Now,…

Member Exclusive

This fiber technology could revolutionize building construction

With the Texoversum (photo), Reutlingen University (Germany; www.reutlingen-university.de) has put into operation a training and innovation center for the textile industry that is unique in Europe. The almost 2,000-m2 textile-like façade of the new building combines the innovative power of…

New adsorbent removes radioactive cesium ions from nuclear wastewater

One of the major byproducts of the nuclear fission process used for power generation is 137Cs, a radioactive isotope of Cs that has a half-life of 30 years and is often removed from nuclear-power-plant wastewater via selective adsorption using ion…

Member Exclusive

A biomimetic process to make soft fibers for smart textiles

For intelligent textiles to function effectively, they need to be strong, stretchable and electrically conductive. However, fabricating fibers that possess these three properties has been challenging. Drawing inspiration from how spiders spin silk to make webs, an international team of…

Member Exclusive

New solvents derived from biomass

Last month, Circa Group A/S (Oslo, Norway; www.circa-group.com) applied for patents for two new solvents for CO2 capture processes. The solvents, named Furatech:1 and Furatech:2, were developed over the last 12 months as part of the company’s platform molecule, levoglucosenone…

Member Exclusive

Chementator briefs

ISOPROPANOL Cepsa Química, S.A. (Palos de la Frontera, Huelva, Spain; www.cepsa.com) is constructing the first production plant to produce isopropyl alcohol (isopropanol), from renewable or circular materials, which the company says will make it the most competitive, innovative and environmentally…

Member Exclusive

Electrochemical amalgamation effectively removes mercury from concentrated H2SO4

It is well known that mercury is not only toxic, but is also highly mobile. As a result, Hg emissions from both industrial processes (gold mining, combustion of fossil fuels, cement production, waste incineration and more), as well as natural…

Member Exclusive

CO2-conversion catalyst for making ‘e-fuels’

Infinium (Sacramento, Calif.; www.infiniumco.com) recently announced that it has manufactured ton-level quantities of a proprietary catalyst that is integral in the company’s process for making liquid fuels from waste CO2 and hydrogen derived from renewable power. Infinium plans to manufacture…

Member Exclusive

Autonomous control of a distillation column

Eneos Materials Corp. (formerly the elastomers business unit of JSR Corp.; www.eneos.co.jp) and Yokogawa Electric Corp. (both Tokyo, Japan; www.yokogawa.com) recently reached an agreement to officially adopt Yokogawa’s autonomous-control artificial intelligence (AI) technology for use at an Eneos Materials chemical…

Member Exclusive

Chemenator Briefs

Ore Benefication Last month, Torngat Metals Ltd. (Montréal, Que., Canada: www.torngatmetals.com) and Metso Corp. (Helsinki, Finland; www.mogroup.com) signed a contract for large-volume, pilot-scale processing of ore. The focus of the agreement is to pilot test the beneficiation of ore extracted…