Malaysia - SETatWork - Sustainable Energy Technology at Work

5.4.3 Technical details:
5.4.4 Energy data:
Energy
generated:
The annual energy saving of the bundled project activity is
estimated to be 2.6 GWhe/year before 2010 and 1.8 GWhe/year
after 2011
5.4.5 Environmental data:
Environmental
data:
Project GHGemissions:
Environmental impact assessments are not required for the project
activity. The project activity complies with related environmental
laws in Malaysia such as the Environmental Quality (Clean Air)
Regulations 1978, Environmental Quality (Clean Air) (Amendment)
Regulations 2000, Environmental Quality (Scheduled Wastes)
Regulations 1989, and Environmental Quality (Refrigerant
Management) Regulations 1999.
The project activity is applied only to supporting facilities and would
not affect GHG emissions from main manufacturing processes of the
factories. However, GHG emissions related to existing equipment
being transferred out to another activity, or energy efficiency
equipment transferred in from another activity are the possible
leakage effects in the project activity.
Project emission is estimated to be 13,379tCO2/year.
GHG-emission
reduction:
“EAU, CER,
ERU, AAU”:
Methodology:
Total GHG emission reduction of the project is approximately
13,119 tonnes of CO2 equivalent and annual average over the
crediting period of estimated reductions (tonnes of CO2 e) is 1,312
tonnes CO2 equivalent /year.
CER
Version 9 of AMS-I.D. “Grid connected renewable electricity
generation” will be applied to the project.
Baseline: Baseline emission is estimated to be 15,004tCO2/year before 2010
and 14,503tCO2/year after 2011 facilities.
Monitoring:
Contribution
to sustainable
development:
The monitoring methodology Version 7 of AMS-II.D. “Energyefficiency
and fuel switching measures for industrial facilities” is
applied to the project activity is applied to the project. The
necessary data and parameters shall be recorded as above.
The project will contribute to the sustainable development as
follows;
! reducing electricity consumption, which results in the
conservation of energy resources such as oil and natural gas, as
well as contribution to the stable electricity supply.
! the project activity will result in more rapid penetration in
Malaysia of the best energy-efficiency improvement technologies
available and in capacity building for local engineers through a
local staff training and education program (both of which are
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