Carbon Capture, Storage & Utilisation

whitePaper | November 16, 2022

This white paper presents ABB’s new TSP341-N temperature sensor for non-invasive temperature measurement and provides examples for applications and accuracies that can be achieved.

whitePaper | January 9, 2023

For more than 120 years, Chemical Engineering has been the leading source for news, technology and analysis used by engineers, operators, plant managers, senior managers and consultants worldwide.

whitePaper | April 30, 2021

At the height of the first wave of the COVID-19 pandemic, consumers around the world experienced a supply shortage related to alcohol-based hand sanitizer. As new producers entered the market, and existing manufacturers sought to ramp-up production to meet the growing demand, lower grades of ethanol and isopropanol (IPA) started to appear on the market. To ensure the safety and efficacy of hand sanitizer products, it is recommended that manufacturers test their products to ensure appropriate levels of active ingredients, as well as a means of ensuring label-claim accuracy. In this application note, an efficient and simple, “dilute and shoot” method for the analysis of IPA and ethanol in hand sanitizer products is detailed. With a run-time of only 5.36 minutes per sample, this method is ideal for operations requiring fast turnaround times that won’t disrupt the production of their products.

whitePaper | May 12, 2022

In this work, a novel hypothesis is presented which reveals the possibility of using the concept of polymer electrolyte to design high resistive solid electrolytes.

whitePaper | July 14, 2022

The hydrocarbon industry has strict international testing standards related to the performance of passive fire protective (PFP) coatings for oil and gas platforms, terminals, refineries and other petrochemical facilities.

whitePaper | February 4, 2020

Outstanding process technology Together with the proven furnace technology Linde offers a separation process which is based on a unique sequence with front-end hydrogenation and open loop heat pump driven C2 splitter. These cornerstones of Linde’s technology have been developed during 60 years in cryogenic separation of ethylene from gas mixtures. The separation technology of Linde is superior to other concepts and has been applied to improve the performance even in plants of competitive technologies.