THE PROJECT
PHASE 1
Retrofit of existing CHP with Ammonia, Biomass or Hydrogen as a fuel source were all considered at the initial phase as potential methods to decarbonise Strathclyde University Campus district heating. Electrification of the heating system using Ground Source Heat Pumps and Water Source Heat Pumps were also considered. These 5 technologies were put through a selection process, defined by various technical and environmental criteria.
PHASE 2
Upon completion of the initial Technology Selection in Phase 1, the succeeding Technologies underwent an in-depth Technical Assessment. This involved sizing the potential decarbonized system scenarios dependent upon the demand calculated from the current system.
PHASE 3
A key aspect to selecting the final technology is assessing the potential Environmental Impacts. In depth environmental analysis of the succeeding technologies; retrofit of CHP for Hyrdrogen fuel and Water Source Heat pump was undertaken.
PHASE 4
A key aspect to selecting the final technology is understanding the economics involved. In depth financial analysis of the succeeding technologies; retrofit of CHP for Hyrdrogen fuel and Water Source Heat pump was undertaken.
PHASE 5
With consideration of the Technical, Environmental and Financial Assessment it is concluded and proposed that scenario 3 is the most viable option to decarbonise the heat supplying the University of Strathclyde District Heating System.