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How Polymer Coatings Could Help Accelerate CO2 Conversion

How Polymer Coatings Could Help Accelerate CO2 Conversion

Quick and efficient conversion of atmospheric CO2 into chemical feedstock is one of the most promising approaches to mitigate anthropogenic CO2 emissions. Researchers from the University of Tsukuba in Japan created a polymer coating that, when applied to a standard metal catalyst, dramatically accelerates the electrochemical CO2 conversion.

By Cvetelin Vasilev 8 Sep 2021

Industrial Wastewater Analysis and Treatment

Industrial Wastewater Analysis and Treatment

Learn how a Regenerative Thermal Oxidizer can be used for industrial wastewater treatment.

From Anguil Environmental Systems 17 Aug 2021

Determining the Presence of Oil Hydrocarbons in Food via Gas Chromatography

Determining the Presence of Oil Hydrocarbons in Food via Gas Chromatography

As the contamination of food with oil hydrocarbons is a growing concern, there is a move towards finding methods by which to confirm and detect the presence of these hydrocarbons, Gas chromatography has emerged as a strong contender.

From LECO Corporation 27 Aug 2021

Developing More Traceable Recycled Polymers with Blockchain-Enabled Technology

Developing More Traceable Recycled Polymers with Blockchain-Enabled Technology

A newly-formed collaboration between the UK-based companies Circulor, Recycling Technologies, and the French sustainable energy giant TotalEnergies aims to set up a new standard for sustainability and transparency of recycled plastic waste.

From Circulor 1 Sep 2021

Monitoring Silver Nanoparticles in Seawater via Single Particle ICP Mass Spectrometry

Monitoring Silver Nanoparticles in Seawater via Single Particle ICP Mass Spectrometry

SP-ICP-MS excels in analyzing Ag nanoparticles in complex seawater, enabling real-time data processing essential for dynamic mesocosm studies.

From PerkinElmer, Inc. 31 Aug 2021

High Throughput Sample Introduction Systems in Water Analysis Utilizing ICP Mass Spectrometry

High Throughput Sample Introduction Systems in Water Analysis Utilizing ICP Mass Spectrometry

High-throughput ICP-MS analysis of water samples using PerkinElmer's HTS system aligns with EPA 200.8, enhancing lab efficiency and accuracy.

From PerkinElmer, Inc. 31 Aug 2021

Rapid Analysis of Water Using ICP Optical Emission Spectroscopy

Rapid Analysis of Water Using ICP Optical Emission Spectroscopy

Avio 560 Max ICP-OES accelerates wastewater analysis, meeting U.S. EPA Method 200.7 with high accuracy and stability.

From PerkinElmer, Inc. 31 Aug 2021

Analyzing Wastewater Using ICP Optical Emission Spectroscopy

Analyzing Wastewater Using ICP Optical Emission Spectroscopy

Avio 550 Max ICP-OES excels in wastewater analysis, meeting U.S. EPA Method 200.7 with low argon use and robust software for accurate, stable results.

From PerkinElmer, Inc. 31 Aug 2021

Determining Arsenic and Selenium Levels in Drinking Water by ICP Optical Emission Spectroscopy

Determining Arsenic and Selenium Levels in Drinking Water by ICP Optical Emission Spectroscopy

ICP-OES method developed for low-concentration As and Se in water using a single pre-reduction step for hydride generation.

From PerkinElmer, Inc. 31 Aug 2021

The Future of Harnessing Fusion to Provide Limitless Clean Energy

The Future of Harnessing Fusion to Provide Limitless Clean Energy

AZoCleantech speaks to Dr Annie Kritcher of the National Ignition Facility about the team's important fusion breakthrough that could open up the possibility of limitless, clean energy.

By Laura Thomson 31 Aug 2021

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mipTOF: High-Power Trace Element and Metal Analysis

mipTOF: High-Power Trace Element and Metal Analysis

Discover the mipTOF for fast and high-quality trace element and metals analysis in the air.

From TOFWERK

The MPA Horizon Next-Gen Membrane Permeation Analyzer

The MPA Horizon Next-Gen Membrane Permeation Analyzer

The MPA Horizon Next-Gen Membrane Permeation Analyzer delivers advanced gas and vapor permeation analysis for membranes and barrier films.

From Surface Measurement Systems Ltd

PSM Proton Exchange Membrane (PEM) Electrolyser Stack Module: up to 2,020 Nm³/h

PSM Proton Exchange Membrane (PEM) Electrolyser Stack Module: up to 2,020 Nm³/h

With state-of-the-art Proton Exchange Membrane stacks, PSM Series electrolysers ensure economical, high-purity hydrogen production for large-scale applications.

From Nel Hydrogen

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