Innovative research project DryFiciency welcomes Scanship, a Norwegian pioneer in waste management
(Vienna/Oslo) The EU-funded DryFiciency project supports EU’s climate goals by providing industries with innovative heat pump technology prototypes for industrial waste heat recovery to improve industries’ energy efficiency by up to 80%, reduce production costs by up to 20% and CO2 emissions by up to 75%. Many industrial sectors rely on drying processes during production, which produce a tremendous amount of waste heat which ends up unrecovered adding to the rise in CO2 emissions affecting the climate adversely. The new industry partner and expert in waste water and waste management innovations, the Norwegian company Scanship, will demonstrate the MVR system developed within DryFiciency in a land-based waste management system in Drammen (Norway) for bio-sludge drying.
Scanship – Norwegian innovation hub in waste water treatment
Scanship will develop an innovative dryer that can work with both SHS (Superheated Steam Drying) as well as with MVR technology (Mechanical Vapour Recompression Technology) system developed within DryFiciency. It shall be demonstrated by Scanship in a land-based waste management system in Drammen (NO) for bio-sludge drying. The main benefit of this MVR dryer lies in its design for large temperature differences enabling it to recover and upgrade usable process heat without increasing the CO2 footprint of the dryer. Furthermore, the SEC (Specific Energy Consumption) is reduced significantly making the process carbon-neutral depending on the electricity mix of the production site. Scanship’s CEO Henrik Badin sees the potential in the DryFiciency solution: “We aim to increase the capacity of the dryers significantly in order to match the market demand and expected growth for sludge drying, especially for land-based systems.”
Outlook onto the future cooperation
Energy efficient heat pump solutions through the phasing in of new energy sources will increase competitiveness, and provide lower CAPEX and OPEX. This will in turn enable new products by cost efficient production and application of SHS (Super-Heated Steam Drying) for a reduction of specific production costs.
Scanship will add a huge potential for this technology to the cruise industry, in land-based waste management, in the biogas market as well as in fish farming industry. The DryF project speeds up market introduction and facilitates an important demonstration site for clients to visit. Michael Bantle (SINTEF) welcomes the new partner: “We are very happy to have established a cooperation with an energetic and ambitious partner such as Scanship. The potential of the technology especially under the aspect of reduced climate gas emissions is impressive. To get our message out into the important markets, we now need to demonstrate this on an industrial site. We are glad to have Scanship ‘on board’, without them it would not be possible to reach this goal.”
Dr. Natascha Miljkovic (RTDS Group)
Lerchengasse 25/2-3, A-1080 Vienna, Austria
Agrana Starch GmbH (Austria)
Austrian Institute of Technology GmbH (AIT) (Austria)
Bitzer Kühlmaschinen GmbH (Germany)
Chemours Deutschland GmbH (Germany)
European Heat Pump Association (EHPA) (Belgium)
EPCON Evaporation Technology AS (Norway)
Fuchs Europe Schmierstoffe GmbH (Germany)
Rotrex A/S (Denmark)
RTDS Group (Austria)
Viking Heat Engines (Norway)
Wienerberger AG (Austria)
This release was published on openPR.
Permanent link to this press release:
Please set a link in the press area of your homepage to this press release on openPR. openPR disclaims liability for any content contained in this release.
You can edit or delete your press release Innovative research project DryFiciency welcomes Scanship, a Norwegian pioneer in waste management here
News-ID: 1865872 • Views: 442
More Releases from RTDS Group
Bio-based fertilisers counteract EU import dependency on mined resources
SUSFERT develops highly sustainable, bio-based fertilisers for supplying phosphorus and iron to crops. Replacement of conventional fertilisers decreases the dependency on imported, mined phosphate rock in the EU by 40%. The SUSFERT fertilisers valorise waste and by-products of several industries, and strengthen the circular economy. EU agriculture depends heavily on the use of non-renewable, resource-intensive fertilisers to meet the ever rising demand for food and feed. Phosphorus as the major fertiliser
Novel heat pumps to save up to 80% on energy in industrial drying
The EU-funded ‘DryFiciency’ project tackles energy costs in industrial drying in a wide range of energy-intensive industry sectors. Its novel high-temperature industrial heat pump technologies will save up to 80% of energy in drying processes and reduce CO2 emissions by up to 75%. Vienna (Austria), October 8, 2018. The game-changing project ‘DryFiciency’, funded by EU’s Horizon 2020 Innovative Action program, is tackling energy costs, dependency on fossil fuel and industrial CO2