| Country : | PAKISTAN |
| Type of project : | Loan |
Context
The national grid in Pakistan supplies only half of the population with electricity, generated from gas (51 %) hydro-electricity (30%) and fuel (16%). If there is no increase in generating capacity, it is estimated that the shortfall in supply will reach 5 500 MW by 2010. Given the long lead-time it takes to launch hydro-electricity projects and the limited potential for renewable energy, gas or fuel fired power stations are the main options available for increasing electricity production. But as gas reserves in Pakistan are limited, there is little room for new gas-based capacity addition.
Objectives
The project’s aim is to increase the production of electricity in Pakistan, in order to meet increasing demand, by making the most out of a presently wasted resource. The use of permeate gas reduces CO2 emissions, as it allows more efficient gas-based energy to replace fuel-based energy and also avoids releasing methane directly into the atmosphere.
Project specifications
The project involves the construction and exploitation of a 217 MW combined cycle power plant in District Ghotki which is located in the Sindh province of Pakistan. The power plant will use the permeate gas which is a by-product of the Qadirpur gas field, for the lifetime of the field, after which it will be converted for use with the most economic fuel available at the time.
Impact
The project will vastly reduce the emission of greenhouse gases. The carbon assessment brief drawn up by Proparco forecasts significant reductions: in the region of 15 to 20 million tons of CO2 over a 25 year period.
Dates and amounts
Start date: 2007
Financing: $ 23.3 million direct loan