Part III: Flare Reduction Project Family - IPIECA
Part III: Flare Reduction Project Family - IPIECA
Part III: Flare Reduction Project Family - IPIECA
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Section 7. <strong>Flare</strong> <strong>Reduction</strong> <strong>Project</strong> <strong>Family</strong><br />
Table 7-5. Case Study #1 Baseline Scenarios Assessment, continued<br />
Baseline Scenario<br />
Alternatives<br />
Candidate 5 (<strong>Project</strong><br />
activity): Gas is recovered<br />
and transported for sale to<br />
local markets<br />
Candidate 6 (<strong>Project</strong><br />
activity): Gas liquids are<br />
recovered for export to<br />
international markets (could<br />
occur together with<br />
Candidates 5 and/or 7)<br />
Candidate 7: Condensates<br />
are recovered and sent back<br />
to oil storage facilities (could<br />
occur together with<br />
Candidates 5 or 6)<br />
Investment<br />
Ranking<br />
Moderate to high<br />
costs for recovering,<br />
processing, and<br />
transporting gas<br />
Moderate to high<br />
costs for recovering<br />
and transporting<br />
liquids<br />
Moderate to high<br />
costs for recovering,<br />
processing, and<br />
transporting<br />
condensates<br />
Technology<br />
Existing<br />
technologies<br />
Existing<br />
technologies<br />
Existing<br />
technologies<br />
Policy/<br />
Regulatory<br />
Consistent with<br />
current applicable<br />
laws and<br />
regulations<br />
Consistent with<br />
current applicable<br />
laws and<br />
regulations<br />
Consistent with<br />
current applicable<br />
laws and<br />
regulations<br />
A comparison of the baseline candidates presented above shows the following:<br />
Benchmarking<br />
Commercially<br />
viable in some<br />
regions<br />
Commercially<br />
viable in some<br />
regions<br />
Commercial in some<br />
regions<br />
• Candidate 1 has been utilized since the field began production. The low monetary value of<br />
the gas in the domestic market and the costs associated with processing and transporting the<br />
gas, LPGs, and condensates to market have historically caused those options to be<br />
economically infeasible from the field operator’s perspective.<br />
• Candidate 2 can pose a significant safety risk if the volume of gas vented is large, and may<br />
be prohibited by host country policies and/or regulations. This candidate is assumed not to<br />
be feasible for this example.<br />
• Candidate 3 requires oil production reservoir characteristics that are compatible with storage<br />
of the gas or enhanced oil recovery. This candidate is assumed not to be feasible for this<br />
example.<br />
• Candidate 4 may have limited application if the local fuel requirements for the production<br />
operations are less than the amount of associated gas available, as is the case in this example.<br />
• Candidates 5 and 6 (the <strong>Project</strong> activity), and 7 are fairly comparable in terms of additional<br />
costs for gas recovery, processing, and transport. These candidate scenarios utilize existing<br />
technologies and are commercially viable in some regions.<br />
As a result of this analysis, Candidate 1, representing the continuation of current activities, is<br />
selected as the most probable baseline scenario. 13 The basic components of the baseline<br />
operations are illustrated in Figure 7-3.<br />
13 Baseline candidates and the analysis presented here are for illustrative purposes only. Actual project activities<br />
will require an assessment of the candidates and characteristics specific to the project application. Specific climate<br />
change regimes may require additional details and justification for baseline scenario determination.<br />
October 2009 21