Supporting documents - Renfrewshire Council
Supporting documents - Renfrewshire Council
Supporting documents - Renfrewshire Council
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© Green Cat Renewables Ltd<br />
GLENLORA WIND TURBINE<br />
power to the national grid will not exceed 20% until 2038, therefore no additional CO2<br />
loss from back up generation requirements can be attributed to the project.<br />
Lfix is the loss of CO2 fixing potential of peat land<br />
Ldirect is the loss of CO2 from removed peat<br />
Lindirect is the loss of CO2 due to drainage<br />
LDOC is the loss of CO2 due to leaching of dissolved organic carbon<br />
Lforest is the loss of CO2 due to forestry clearance<br />
Limprovement is the loss of CO2 emissions due to habitat improvement<br />
All the above losses are due to various effects on peat land or forestry. Given that the<br />
peat disturbance due to the development would be negligible, and no commercial<br />
forestry will be affected the losses above are deemed to be negligible and therefore<br />
have not been included for the calculations.<br />
Other Polluting Gas Emissions Savings<br />
Other gas emissions resulting for fossil fuel sourced electricity generation are sulphur<br />
dioxide (SO2) and nitrogen dioxide (NOx), responsible for acid rains. Emissions savings<br />
relating to the project can be calculated using the BWEA guidance. This suggests that<br />
the SO2 and NOx emissions savings are, respectively, 10 and 3 kg per MWh. This<br />
translates to emissions factors of 0.01 and 0.003 [tonnes/MWh] respectively.<br />
Project total emission savings of:<br />
SO2<br />
~525 tonnes /25yr<br />
NOx ~160 tonnes /25yr<br />
3.1.4 Mitigation<br />
As the development as a whole is expected to have a beneficial effect on climate<br />
change in terms of offsetting greenhouse gas emissions, no mitigating actions are<br />
suggested.<br />
3.1.5 Assessment of Significance<br />
It is concluded from the above that the turbine would have an overall positive effect<br />
in reducing UK greenhouse gas emissions. The project will displace, year on year, CO2<br />
produced through the UK generation mix and will provide a positive energy payback<br />
after life cycle considerations have been taken into account. Therefore, the<br />
development is assessed to have a significant, positive impact on climate change.<br />
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