First project Down Under for the Swiss technology company Swiss cleantech company Kanadevia Inova is delivering its first energy-from-waste plant in Australia in East Rockingham near Perth. In addition to developing and constructing the state-of-the-art facility, the company will also part-own and co-operate it. By the end of 2022 a new Waste to Energy (WtE) plant is to be built around 40 kilometres south of Perth...
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After 3 years of construction, the Ferrybridge Multifuel 2 Energy-from-Waste plant has successfully completed its commissioning phase and has been handed over to the client Multifuel Energy Ltd (MEL), a joint venture between SSE plc and Wheelabrator Technologies Inc. to start the commercial operation. The new Ferrybridge Multifuel 2 (FM2) Energy-from-Waste (WtE) facility, located next to its sister plant FM1 in West Yorkshire, has entered...
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Kanadevia Inova BioMethan is to deliver its first project in Denmark: The gas upgrading technology specialist has been awarded the contract to build a membrane plant that will upgrade 900 Nm³/h of raw biogas to produce biomethane for injection into the grid. The installation will be producing renewable natural gas by the end of the year. The project client is a local agricultural business near Vrå...
Read MoreKanadevia Inova has handed over the energy-from-waste plant in Edinburgh to the client. Featuring state-of-the-art WtE technology from Kanadevia Inova, the installation will supply around 32,000 households with electricity. On 18 April 2019, Kanadevia Inova handed over the Waste to Energy (WtE) plant in Millerhill (Edinburgh) to the client, FCC E&M Ltd., a subsidiary of FCC Environment Ltd. After 31 months of construction, the facility now...
Read MoreAfter just less than two years of construction, Kanadevia Inova handed over the new Kompogas® plant in Högbytorp, Sweden, to E.ON Biofor Sverige AB. The instal-lation will process the region’s organic waste to generate high-grade biomethane, compost, and liquid fertilizer. On the same day as launching the project to build a Kompogas® plant in Jönköping on 1 March, Swiss-based Kanadevia Inova has now notched up another...
Read MoreA new Kompogas® plant, due for completion in 2020, is to be built in the Swedish city of Jönköping by Kanadevia Inova. The company also financed, developed and designed the whole project and, additionally will own and operate the facility. The installation will make a substantial contribution to efforts to decarbonise the country by processing organic waste to produce biofuel for carbon-free transportation and fertiliser....
Read MoreFollowing the agreement between Sweden’s Jönköping Municipality and Kanadevia Inova AG (HZI) in spring 2018, Kanadevia Inova has acquired Jönköping’s biogas operations, Jönköping Energi Biogas AB, on February 1st, 2019. The company will be renamed to Kanadevia Inova Biogas Operations AB but continues to process local kitchen and food waste in its existing wet fermentation facility. Also the biogas produced will be further upgraded and...
Read MoreOn 15 November 2018 North America’s first Kompogas® plant was opened in San Luis Obispo. The dry anaerobic digestion plant marks the first DBFOO project for Kanadevia Inova and contributes significantly to California’s sustainability strategy. Governmental representatives were present as well as delegates of the investor and operational companies. The opening ceremony was a great success. Around 130 representatives from various business areas and countries...
Read MoreKanadevia Inova is awarded to deliver a second Kompogas® plant in the city of Nanjing. Another project to build two Kompogas® digesters for a biogas plant in Nanjing consolidates Swiss cleantech Kanadevia Inova’s position as the leading supplier of anaerobic dry fermentation technologies in China. Following a similar project in Chongqing, with the signing of a contract to deliver two Kompogas® PF1800 steel digesters to client German...
Read MoreKanadevia Inova is to build Scandinavia’s second Kompogas® facility in Jönköping, Sweden. It will use a dry fermentation process to convert around 40,000 metric tons of organic waste a year into fuel for buses and cars, and high-grade fertilizers. The new installation will replace an existing wet fermentation facility, assuring the future of organic waste treatment, renewable fuel production, and jobs in the region. The...
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