Letaba Biomass to Energy PDD - MyClimate
Letaba Biomass to Energy PDD - MyClimate
Letaba Biomass to Energy PDD - MyClimate
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purposes (i.e. agriculture), and not be<br />
abandoned 4 , this methodology is not<br />
applicable, if the value of any of the following<br />
indica<strong>to</strong>rs is larger than 50%........”<br />
This methodology is not applicable under a<br />
Programme of Activities.<br />
Phase 3<br />
PROJECT DESIGN DOCUMENT FORM (GS-VER-<strong>PDD</strong>)<br />
Voluntary Offset Projects - Version 01<br />
Not applicable – the project activity is not<br />
programmatic<br />
AMS II.D “<strong>Energy</strong> Efficiency and fuel switching measures for industrial facilities”<br />
Applicability criterion Comment<br />
“This category comprises any energy efficiency<br />
and fuel switching measure implemented at a<br />
single industrial or mining and mineral production<br />
facility….”<br />
“This category covers project activities<br />
aimed primarily at energy efficiency….”<br />
“The measures may replace, modify or retrofit<br />
existing facilities….”<br />
“The aggregate energy savings of a single project<br />
may not exceed the equivalent of 60 GWhe per<br />
year…..”<br />
“This category is applicable <strong>to</strong> project activities<br />
where it is possible <strong>to</strong> directly measure and<br />
record the energy use within the project boundary<br />
(e.g. electricity and/or fossil fuel consumption)…. “<br />
“This category is applicable <strong>to</strong> project activities<br />
where the impact of the measures implemented<br />
(improvements in energy efficiency) by the project<br />
activity can be clearly distinguished from changes<br />
in energy use due <strong>to</strong> other variables not<br />
influenced by the project activity (signal <strong>to</strong> noise<br />
ratio).”<br />
This template shall not be altered. It shall be completed without modifying/adding headings or logo, format or font.<br />
page 11<br />
In Phase 3 at <strong>Letaba</strong> Estates the intervention is very<br />
specifically one aimed at energy efficiency in an<br />
existing industrial facility by retro-fitting a Vapour<br />
Absorption Chiller <strong>to</strong> utilise waste heat in order <strong>to</strong><br />
provide cooling <strong>to</strong> the s<strong>to</strong>re rooms where the fruit<br />
juice is kept.<br />
In Phase 3 the intervention is very specifically one<br />
aimed at energy efficiency<br />
The intervention is a retro-fit (installation of a Vapour<br />
Absorption Chiller <strong>to</strong> utilise waste heat in order <strong>to</strong><br />
provide cooling <strong>to</strong> the s<strong>to</strong>re rooms where the fruit<br />
juice is kept).<br />
The aggregate savings will be in the order of 4 GWe<br />
per annum – well under the threshold. The change in<br />
energy usage will not be affected by other changes in<br />
the plant set-up as it pertains <strong>to</strong> the cooling<br />
requirement while the other planned interventions<br />
pertain <strong>to</strong> the heating requirement. Furthermore, the<br />
cooling is presently done electrically while the heat is<br />
provided by the combustion of coal.<br />
It is possible <strong>to</strong> directly record the energy use within<br />
the project boundary by measuring the electrical load<br />
with and without the VAC being on.<br />
It is possible <strong>to</strong> directly record the energy use within<br />
the project boundary by measuring the electrical load<br />
with and without the VAC being on.<br />
B.2. Description of how the methodology is applied in the context of the project activity:<br />
4 please see “Attachment C (information on leakage in biomass project activities) b ” for details on relevant cases