Statistical Review of World Energy

whitePaper | May 1, 2021

The performance of membrane separation processes is mainly driven by the specific separation performance of the membrane modules in addition to smart integration of this separation unit in the overall process design. The setup of membrane modules for polymeric membranes is often based on either flat sheets or hollow fibers. Given the one or the other concept, the implemented membrane material and separation layer thickness defines the maximum performance of the module with a supportive housing design. Thus, the ability to modify intrinsic properties of the polymer and the control of the membrane formation process are key factors to produce a superior membrane product. This is where competencies of a specialty chemicals company, i.e. Evonik, can contribute to unique membrane solutions for the market.

whitePaper | October 12, 2022

The degree of “clumping” of heavy isotopes in molecules is solely temperature dependent in thermodynamic equilibrium

whitePaper | December 21, 2022

Our 2021 reporting suite brings together NatWest Group’s financial, non-financial and risk performance for the year.

whitePaper | June 16, 2021

As demand continues to surge for many chemical manufacturers, ensuring adequate staffing to meet daily volume targets is a top-of-mind issue for plant managers. Read the guide to discover the best practices of employee scheduling you can leverage to improve the overall effectiveness of labor resources

whitePaper | January 15, 2022

This white paper was developed to inform the Office of Research and Development's (ORD) FY23-26 Strategic Research Action Plans (StRAPs) under development by the six national research programs.

whitePaper | February 25, 2023

Monitoring emissions has been a major concern at industrial sites, including those in the chemical process industries (CPI), for the past few decades, but a number of factors are currently aligned that elevate the importance of proper monitoring, and amplify the consequences of failing to do so reliably and accurately.