Investor Update October 2022

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 | 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 | July 12, 2021

Learn how to apply physical and digital assets to deliver top performance across all categories. Today, modern energy and utility companies are faced with the complex task of getting more value from their physical assets and supporting data to improve efficiency and reduce costs. Using a digital lifecycle excellence approach to organize and consolidate that data will provide opportunities to increase competitiveness across your organization.

whitePaper | June 21, 2022

RAS is the most frequently mutated gene family in human cancers that have been considered “undruggable” due to the elusive nature of RAS inhibitors.

whitePaper | April 21, 2023

A B2B E-Commerce platform also provides companies with access to real-time data and insights that can help to inform and guide their business decisions.

whitePaper | December 19, 2019

classically, the algorithms have exponential scaling. However, due to the nature of quantum algorithms, chemistry calculations have been predicted to scale polynomially, a promising step towards the ability to perform exact calculations on molecules that are currently out of reach.