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mcgill.ca > chemistry > channels > event > mcgill-seminar-prof-florent-allais-integrating-green-chemistry-biotechnology-and-downstream-374786

McGill Seminar: Prof. Florent Allais- Integrating Green Chemistry, Biotechnology and Downstream Processing for Biomass Valorisation

7+ hour, 3+ min ago   (725+ words) Abstract: The transition toward a sustainable bio-based economy requires the development of innovative processes capable of efficiently converting renewable resources into high-value chemicals and materials. In this seminar, Florent Allais (URD ABI – AgroParisTech, France) will present a selection of past…...


ktalnews.com > news > local-news > new-stem-attraction-shreveport-bossier > amp

Bold Chemistry Lab to open at Mall St. Vincent

5+ hour, 8+ min ago   (150+ words) SHREVEPORT, La. (KTAL/KMSS) —A new interactive attraction focused on science, creativity and entertainment is preparing to open its doors at Mall St. Vincent. Bold Chemistry Lab will celebrate its grand opening Saturday, September at 5 p.m., offering guests a chance…...


greatlakesecho.org > 09/25/2026 > insects-offer-new-hope-in-michigan-state-universitys-fight-against-forever-chemicals

Insects offer new hope in Michigan State University???s fight against forever chemicals

3+ hour, 10+ min ago   (703+ words) Since insects rely on smell to navigate the world, locusts were chosen for this experiment. Researchers at Michigan State University are exploring an unexpected new tool that could reshape how scientists detect so-called forever chemicals in lakes, rivers and wetlands…...


nature.com > articles > s42254-026-00981-2

Interplay of topology and reversible associations in multi-responsive macromolecular networks - Nature Reviews Physics

3+ hour, 9+ min ago   (1580+ words) Nature Reviews Physics (2026) Cite this article Long linear, star and more complex branched polymers form (transient) entanglement networks, exhibiting strain softening and hardening in start-up shear and elongation, respectively. They flow at steady state, characterized by shear thinning and elongational…...


cen.acs.org > materials > energy-storage > ingestible-battery-electrode-biodegradable > 104 > web > 2026 > 09

This battery is ready to eat

1+ day, 22+ min ago   (509+ words) Federation: Log in through a federation service that connects your organization to multiple systems. Use this option if your organization instructs you to use federated sign-in. This battery is ready to eat Paper-based power source worked inside pigs for a…...


nature.com > articles > s41557-026-02277-5

Unmasking phenylalanine interactions through bioorthogonal decaging - Nature Chemistry

3+ hour, 25+ min ago   (246+ words) Nature Chemistry (2026) Cite this article Phenylalanine has a hydrocarbon side chain that is difficult to chemically modulate. Now, a bioorthogonal strategy is developed in which this side chain is caged with iodine and selectively decaged by a palladium species. This…...


nature.com > articles > d41586-026-03023-0

Chemists struggle to ditch hazardous solvents — even after decades of ‘green’ efforts

3+ hour, 44+ min ago   (60+ words) Laboratories are still using dangerous and carbon-intensive liquids much more often than environmentally friendly ones, according to a 40-year survey of patents....


mdpi.com > 2076-16/19/3417 > 9567

Applied Sciences, Vol. 16, Pages 9567: Synthesis of Silver Nanoparticles and Composites by Valorization of Spent Coffee Grounds via Artificial Silicification

4+ hour, 39+ min ago   (427+ words) On a global scale, coffee is the second most traded stock after petroleum. Billions of cups of this refreshing drink are consumed worldwide on a daily basis. As a consequence, enormous amounts of wet spent coffee grounds are discarded in…...


news.wwu.edu > wwu-s-tim-kowalczyk-receives-additional-25000-to-bring-students-into-his-study-of-carbon-dioxide

WWU’s Tim Kowalczyk receives additional $25,000 to bring students into his study of carbon dioxide capture in industrial processes

5+ hour, 47+ min ago   (223+ words) WWU Professor of Chemistry Tim Kowalczyk has received an additional $25,000 from the American Chemical Society Petroleum Research Fund to investigate a more efficient method of carbon dioxide adsorption in industrial processes. Kowalczyk’s research focuses on utilizing electroswing adsorption to separate…...