The Bhopal Gas Tragedy - Marc Le Menestrel

whitePaper | December 13, 2019

The chemical industry has enjoyed strong and consistent performance over the last decade. The market is now being affected by new challenges, from increased global competition and changing customer requirements to disruptive new technologies while increased demand for sustainability, safety, and efficiency is changing not only the way companies work, but the products they produce.

whitePaper | February 17, 2022

To bridge the gap between the current fossil fuel-based energy system and a future green system based on sustainable energy sources, the number of research activities in electrochemical energy storage technologies is increasing exponentially.

whitePaper | October 4, 2022

International Petroleum Corp. Strongly Positioned to Create Stakeholder Value

whitePaper | September 1, 2022

Without exception, all industries are facing major challenges due to the volatile business environment in which we’ve all been operating since 2020.

whitePaper | September 11, 2022

Hydrogen peroxide is a reagent used in many industries and this usage is growing especially where it is replacing reagents known or suspected of causing cancer and other long-term health problems.

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.