Deliverables
SPOTVIEW newsletter at month 33
Close loop recycling strategies and alternative water sources for the Steel industrySelection and testing in realistic environment of solid and salt removal technologies to reduce fresh water usage in the Steel industry
Selected scenario simulation for process and cooling water reuse in the P&P industryModelling of papermaking process and cooling circuit with kidney technology and simulation of fresh water saving scenario.
Newsletter 3SPOTVIEW newsletter at month 21
Newsletter 1SPOTVIEW newsletter at month 9
Newsletter 4SPOTVIEW newsletter at month 27
Newsletter 2SPOTVIEW newsletter at month 15
Close loop recycling strategies and alternative water sources for the P&P industrySelection and testing in realistic environment of water treatment technologies (ultrafiltration, deionization, EPS) to reduce fresh water usage in papermaking processes.
Selected scenario simulation for WWTP effluent reuse in the P&P industryModelling of papermaking process including chemical modules and water treatment technologies and simulation of WWTP effluent recycling scenario.
Technology combinations and selected scenario simulation in the dairy industryAssessment of scenarios aiming at minimizing freshwater consumption, reducing energy expenses for water and wastewater treatment and maximizing recovery of valuable compounds.
Pilot plant demonstration in real operational environment of a membrane based process for the selective separation of proteins and fats from CIP water streams
SPOTVIEW public training workshop 1
Workshop 3SPOTVIEW public training workshop 3
Workshop 2SPOTVIEW public training workshop 2
A project identity set will be created (logo, graphic chart, templates, project brochure, poster to present the project, public website...)
Publications
Author(s):
Ralf Wolters, Martin Hubrich, Matthias Kozariszczuk, Peter Mund, Johannes Kamp, Matthias Wessling
Published in:
Chemie Ingenieur Technik, Issue 91/10, 2019, Page(s) 1445-1453, ISSN 0009-286X
Publisher:
Wiley - V C H Verlag GmbbH & Co.
DOI:
10.1002/cite.201900050
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