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• W2560422247 abstract "This project aims to investigate the viability of implementing a river source heat pump which is capable of driving a district heating network. The heat sources most currently used in the UK are typically the air and the ground. Water is widely available in urban areas of the UK and is capable of delivering large quantities of heat. Using a heat pump, this heat has the potential to be used to drive a district heating network. A generic methodology was developed to aid the investigation. The value in this tool is its ability to be applied to areas throughout the UK. The methodology covers the core aspects of technical, environmental and economic. The River Clyde running through Glasgow was chosen as the case study for the investigation. The suitability of the river was analysed and a demand/supply matching model was created in an Excel spreadsheet to consider technical aspects of the heat pump. The method for identifying potential areas near to the Clyde was applied to choose a suitable location. Environmental concerns were analysed in terms of impact assessment, CO2 equivalent emissions and air quality. A financial model was created using a discount cash flow method, allowing for comparisons between different heating configurations. These were gas boilers only, gas boilers and conventional electric heating, CHP only and the river source heat pump and CHP. The River Clyde was found to be suitable for a large heat delivery, with a proposed heat pump of 6.65 MW. The method for identification of a district heating site identified a large part of the Merchant City, which could potentially benefit from district heating. The demand/supply matching model produced a variety of interesting technical results, importantly showing that an annual heat demand of 40 GWh is a good match for the proposed heat pump. Environmentally the hybrid system of river source heat pump and CHP provided the lowest CO2 emissions in the long term, with CHP only having the lowest only for the current year, 2015. A move away from gas heating systems resulted in better air quality, reducing both NOx and CO emissions. Economically the CHP and river source heat pump provided the lowest payback period of 9.79 years, when upgrading from gas boilers, and 5.36 years, when upgrading from a gas and conventional electric hybrid heating system." @default.
• W2560422247 created "2016-12-16" @default.
• W2560422247 creator A5015598796 @default.
• W2560422247 date "2015-01-01" @default.
• W2560422247 modified "2023-09-27" @default.
• W2560422247 title "Viability of river source heat pumps for district heating" @default.
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