ACCELERATING. FOREVER CHEMICALS. ELIMINATION.

Kurita America and Cyclopure have teamed up to deliver PFAS?removal solutions using Cyclopure’s DEXSORB adsorbent, which offers 4–10× higher capacity and eco?friendly regeneration. They plan to combine Kurita’s system expertise with DEXSORB to build scalable, sustainable PFAS treatment systems—and are setting up a regeneration facility in Michigan to support deployment.

LGC Standards today announced the expansion of its Dr. Ehrenstorfer™ PFAS portfolio with new 13C-labelled reference materials specifically developed for EPA Method 1633, including two ready-to-use isotope labelled internal standard (EIS/NIS) mixtures (24 and 7 analytes) and a comprehensive range of single compound solutions. These materials are designed to streamline calibration, improve data quality, and deliver robust, defensible results across aqueous, solid, and biological matrices, enabling laboratories around the world to produce reliable, traceable PFAS measurements.

Chromeleon 7.4 is built for networked deployments, consolidating chromatography and targeted MS workflows under one interface across SQ, QQQ, and HRAM instruments. The release adds concurrency and network-failure protection for multiuser labs and introduces tools such as single-scan fragment visualization, simulated isotopic patterns, and multi-consensus reporting to support quantitative screening, Thermo Fisher says. Target applications include biopharma as well as PFAS and pesticide testing in environmental and food labs, with centralized storage and remote instrument control for traceable, compliant operations.

Each upper is crafted with Merino wool, treated with a C-Zero DWR (“Durable Water Repellent”). When applied to textiles, this PFAS-free treatment causes water to bead up and roll off, rather than soaking into the fabric. A breathable waterproof membrane is carefully placed between the upper material and interior lining, creating a robust barrier that prevents water from reaching your feet even in the wettest conditions.

The invention belongs to the technical field of preparation of biochar-based materials, and discloses a preparation method of a modified biochar-based material and application thereof in improvement of salinized soil, wherein the preparation method of the modified biochar-based material comprises the fo

The invention discloses a composite active carbon filtering device for efficiently removing perfluorinated compounds, which relates to the technical field of active carbon filtering, and comprises a filter element shell piece, wherein a guide piece is arranged on the filter element sh

The invention discloses a Janus-MOF composite material and a preparation method and application thereof, wherein the Janus-MOF composite material is formed by heterogeneous integration of an adsorption module and a signal module through a lattice orientation growth metho

The invention discloses a microbacterium strain (Microbacterium sp.) TF-9 and application of the microbacterium strain (Microbacterium sp.) TF-9 in biological defluorination. The microbacterium strain (Microbacterium sp.) TF-9 is preserved in the General Microbiological Center of China Committee for Culture Collection of Microorganisms on

In this study, researchers presents a facile approach for the synthesis of a water-repellent emulsion by copolymerization of bis-vinyl capped siloxane and stearyl acrylate. The emulsion was applied to cotton via a simple dip-pad-cure process, achieving a durable superhydrophobic fabric.

This study presents a laser-enabled organic coating (LASEO) approach that integrates laser texturing with gel-like carbon dot (G-CD) treatment to develop a PFAS-free alternative for metal surfaces. In this method, nanosecond laser-induced micro/nanostructures enhance coating adhesion, while the G-CD coating provides durable superhydrophilicity and even superwicking behavior.

Through experimental and quantum-chemical studies, researchers unveiled the underlying reaction mechanisms and show that Li2[1] acts either as a B-centered nucleophile in an SNAr-type conversion (low benzene fluorination) or as a reducing agent in a single-electron transfer/H atom abstraction sequence (high benzene fluorination).

To address the challenge of the durability of eco-friendly flame retardants coated on fabric surfaces, a coating (SFR) on cotton fabrics combining superhydrophobic, environmentally-benign, durable flame-retardant properties was prepared through sequential dip-coating of ammonium phytate (AP) and N-dodecyltrimethoxysilane-modified mesoporous silica nanoparticles (D-MSNs), assisted by polydimethylsiloxane (PDMS) adhesive.