David Malmstr\u00f6m<\/a>, Swerim, +46703054045<\/p>\n <\/p>\n
Purpose and objectives<\/b><\/h3>\n
The purpose of the project is to investigate the feasibility of combining biological water treatment with continuous online analysis to create a verifiable and cost-effective solution for treating industrial water streams. The project is based on MycoMine\u2019s fungus-based treatment technology and Swerim\u2019s SCGD analysis technology. The goal is to evaluate technical feasibility, customer needs, and market potential, as well as to develop a basis for a future demonstration project in a relevant industrial setting. <\/span><\/p>\nExpected impacts and results<\/b><\/h3>\n
The project is expected to provide greater insight into how biological treatment and continuous process monitoring can be combined to reduce emissions of environmentally hazardous substances while improving control of treatment processes. The results will serve as a basis for decision-making regarding the continued development and demonstration of the solution, including identified areas of application, customer needs, and technical requirements. In the longer term, the solution can contribute to more efficient water treatment, faster feedback on treatment results, and a more resource-efficient use of water in industry. In this way, the project contributes to Water Wise Society\u2019s mission of sustainable water for all by strengthening the ability to prevent and reduce the spread of pollutants into the aquatic environment. <\/span><\/p>\nPlanned approach and implementation<\/b><\/h3>\n
The project is being carried out as a feasibility study in close collaboration between Swerim and MycoMine, as well as in consultation with existing and potential customers. The work comprises three main components: analysis of customer needs and market potential, evaluation of the technical feasibility of the integrated solution, and development of a concept for future demonstration and implementation. Customer dialogs, laboratory studies, and joint workshops are being used to identify the application areas where the solution can provide the greatest benefit and serve as a basis for a subsequent demonstration project. <\/span><\/p>\n <\/p>\n
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