Chementator
New electrochemical route to critical chemicals is scaling up with significant industrial support
A new electrochemical process developed by French-American startup firm Dioxycle (Paris, France; Menlo Park, Calif.; www.dioxycle.com) produces critical chemicals from industrial by-products and electricity, independent from fossil-fuel imports. Recently, the company announced the deployment of their platform for the conversion…
Printable gel electrolytes support bespoke battery architectures
Unlike conventional liquid electrolytes used in lithium-ion batteries, gel polymer electrolytes (GPEs) are immobilized within a polymer network, which reduces leakage risks, thereby improving mechanical and thermal stability. However, current methods for GPE fabrication result only in two-dimensional planar films,…
Eco-friendly method for making MOF-encapsulated enzymes expands possibilities
Enzyme-based biocatalysts are a key aspect of industrial green-chemistry initiatives, but they often don’t have the required stability to perform in industrial settings. A strategy for allowing enzymes to function longer and under harsher conditions has been to encapsulate them…
Electro-extraction technique unlocks copper in waste streams
Initiatives to increase electrification and build digital infrastructure for artificial intelligence are among the trends increasing demand for copper (and other critical materials), prompting efforts to identify new sources of the metal. The startup company SiTration (Watertown, Mass.; www.sitration.com), a…
A more straightforward condensation route from bioethanol to linear alcohols
Linear alcohols, such as butanol, hexanol and octanol are widely used in coatings, adhesives, surfactants, detergents, lubricants, cosmetics and many other products, as well as fuels. Typical industrial methods for producing these alcohols rely on fossil resources and low-selectivity mechanisms…
Alkaline thermal process generates hydrogen fuel from mixed plastic waste
A team of researchers from the Ewha Women’s University (Seoul, South Korea; www.ewha.ac.kr) and the University of California at Los Angeles (UCLA; www.ucla.edu) have taken a step toward addressing one of the main challenges in plastics recycling — economically processing…
Novel microwave method reshapes thermal regeneration for direct-air CO2 capture
Many direct-air capture (DAC) technologies employ sorbent materials to remove CO2 from ambient air. These sorbents require periodic thermal regeneration — typically using steam — to release bound CO2. This thermal regeneration step is often the largest cost and energy…
Precise molecular order results in remarkably thin monofilaments
A materials-science breakthrough for the production of ultra-fine monofilaments is now being commercialized by startup firm Z-Polymers (Lowell, Mass.; www.z-polymers.com). The company’s Tullomer-branded monofilaments support exceptionally thin functional fibers with low creep and shrinkage, while exhibiting extremely high mechanical strength…
Low-energy carbon capture using food-production byproducts
Direct-air capture (DAC) of carbon dioxide from the atmosphere is required to meet climate goals, but highly effective and inexpensive DAC remains elusive. Researchers at ETH Zurich (www.ethz.ch) have developed a novel approach using waste proteins from dairy and tofu…
Field trials demonstrate the ability of novel scavenger to remove H2S from natural gas
Field demonstration trials of a novel method for removing hydrogen sulfide (H2S) from natural gas were recently completed in the Permian basin (Texas, USA). The trials demonstrated the ability of the technology, known as ECOTREAT®, to remove H2S from gas…