Desalination Institute DME is dedicated to consolidating and structuring knowledge in the field of desalination, with a focus on economics, science, and policy. Our global mission is to provide services, share expertise, and offer further education on water desalination.
Our core areas of expertise include:
Water – Desalination – Resources
Since 2008, we have operated independently, serving clients worldwide and locally in desalination projects and technology. We offer advisory services to public institutions, insurers, lenders, banks, investors, and industry stakeholders.
Our technological expertise spans a broad range of methods, including evaporation, membrane technologies, ion processing, and bioengineering. Currently, we monitor over 52 desalination technologies. Clients from over 40 countries have entrusted us to prepare them for the future of desalination.
As a specialized think tank, we are committed to advancing desalination innovation.
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Consultation hours for students in the phase of their Master’s thesis.
We offer an open consultation hour for Students in their Master’s thesis every Friday 10:00 – 12:00 CET Berlin.
Go to Conference System We will send the access code on request to office@di-dme.de.
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After ten successful years, the free and ad-free weekly newsletter will be discontinued on 31 December 2024, marking the end of an era in independent desalination industry reporting. From January 2025, we will offer a monthly newsletter, delivering premium, automated insights into the global desalination sector for a subscription fee.
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Discover Cutting-Edge Desalination Technologies
Connect with cutting-edge technologies and pioneering startups in the desalination industry—tailored for venture capitalists, angel investors, and crowdfunding backers. Are you looking for promising desalination Technologies with a Readiness Level between 2 and 4? — Contact us —
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Microbial desalination technology offers a promising platform for salt removal processes and for the recovery of ionic compounds. In terms of operation, systems without potential control (microbial desalination cell, MDC) and applying anode potential control (microbial electrolysis desalination cell, MEDC) can be primarily implemented. In this study, a comparative assessment of the different operational modes is carried out by using acetate-fed mixed culture MDC and MEDC reactors for NaCl removal (with 35 g L−1 initial concentration) in three-chamber setup. Desalination efficiency, kinetics, as well as the occurring electrochemical losses are evaluated. In addition, ion exchange membrane (IEM) performance and stability are addressed. […]
The City of Cape Town aims to start construction of a permanent desalination plant in Paarden Eiland in 2026 with the aim of having it operational by 2030 if the plan receives all the necessary regulatory approvals. This is according to a draft scoping report prepared by Cape Town-based engineering firm Zutari, which was appointed to do the necessary environmental impact assessments of the proposed desalination plant. (Source)
Extensive research on horizontal tube falling film evaporation in desalination has been conducted on flow modes, flow and heat transfer characteristics and enhanced heat transfer structures. Studies on the flow modes have found that the heat transfer rate of the droplet mode is was markedly greater than that of the column mode and sheet mode due to the effects of thinning liquid film and increasing interface area in the droplet falling film evaporation. The current measures to attain droplet falling film evaporation on smooth horizontal tubes involve reducing its flow density to the extent that the reduced flow density is […]