As the first in the world, NEO Monitors has developed a solution for measuring hydrogen in-situ using traditional infrared (IR) tunable-diode-laser (TDLAS) absorption spectroscopy. read...
Because of low crude oil prices, times are hard for bio-based chemicals as they can rarely compete with their fossil counterparts pricewise and cannot even play a trump card in the matter of climate change. Nevertheless, industry and academia are developing bio-based processes fervently and with the prerequisite that the products must not be more expensive than conventional ones. read...
Say goodbye to the image of the hazardous material cabinet hiding sticky bottles. The Karlstein-based specialist Düperthal supplies cabinet systems that are real brainboxes: Digitally networked and equipped with the finest in sensor technology, they slot effortlessly into a digital logistics chain, making them a further element of the Chemical factory 4.0. read...
Conventional insecticides not only kill pests, they also endanger bees and other beneficial insects, as well as affecting biodiversity in soils, lakes, rivers and seas. A team from the Technical University of Munich (TUM) has now developed an alternative: A biodegradable agent that keeps pests at bay without poisoning them. read...
