Jul 2, 2024CONTRACTBillund, Denmark Contract awarded for 16 MW air/water heat pump system for Billund Varmeværk
Billund Varmeværk awarded a contract on July 2, 2024 for the establishment and delivery of a complete 16 MW air/water heat pump system to produce district heating in Billund, Denmark, as part of phasing out fossil fuels.
Capacity
16 MW nominal output
Productsair/water heat pump systemdistrict heating
“Billund Varmeværk (Bvv) wants to establish a new heat production for the green district heating of the future.”tendersinfo.net
- 1 source
- tendersinfo.netContract Awarded For Bvv - E3 - 16 Mw Air/Water Heat Pump System Billund Varmeværk (Bvv) Wants To Establish A New Heat Production For The Green District Heating Of The Future. The Plant~S Production Portfolio Today Consists Of Three Central Plants Where Heat Is Produced From Chips, Straw, Electricity And Natural Gas. Billund Heating Plant Wants To Phase Out Fossil Fuels, Including Natural Gas. Therefore, A New Heat Production Will Be Established. This Project Includes The Establishment And Delivery Of A Complete Air/Water Heat Pump System. Billund Heating Plant Wants To Establish An Air To Water Heat Pump System That Will Produce District Heating In Collaboration With The Existing Production Units. Billund Heating Plant Currently Produces Heat Using A Straw Boiler And An Electric Boiler Which Together Can Deliver Around 23 Mw. The Heat Pump System In This Project Must Be Able To Produce A Nominal Output Of At Least 16 Mw At 0° Outside Temperature And At A Humidity Of 80-100% At Flow / Return Temperatures Of 75 / 37 °C. The Heat Pump System Is Expected To Consist Of One Or More Compressor Units, Various Exchangers On The Heating Side For Condenser/Subcooler/Desuperheaters, As Well As Containers, Economizers And District Heating Pumps, And An Air Farm Consisting Of Energy Collectors/Evaporators. Value Of The Result:? Winner Selection Date :? 19/06/2024 Date Of Conclusion Of The Contract :02/07/2024 Estimated Value Excluding Vat : .Bvv - E3 - 16 Mw Air/Water Heat Pump System | TendersInfoTendersInfoMay 13, 2026
Summarized from public sources; check the original articles before acting on it.
ENDATA