Other

1. "Reducing CO2 emissions by systemic utilization of No-till technologies in agricultural industry", Ukraine.

The purpose of the project is to reduce anthropogenic greenhouse gas (GHG) emissions by means of changing the agricultural land management system, namely replacement of traditional soil tillage in agriculture with No-till technology. Emissions are reduced due to lower (almost zero) topsoil disturbance by tillage and, as a result, higher carbon sequestration (storage) in the soil by plants that take carbon from the atmosphere and transfer it into the soil (with further fixation in the soil) in the course of their biological activity. The project also envisages a decrease of fossil fuel (diesel fuel) consumption due to shorter land cultivation cycle. In addition, water consumption for field irrigation is expected to drop which is important since Donetsk region suffers from water shortage.

2. “Utilization of associated petroleum gas at the “Keymir” oil and gas condensate field”, Turkmenistan.

The project provides for the implementation of plants at Keymir oil-field that would allow for utilization of gas that is usually flared and supply thereof to a gas-collecting station of Keymir oil field into flow of natural gas and further via installation of complex preparation of gas at Akpanlauk oil field into the gas pipeline, as well as use of the part of associated petroleum gas for the company’s own needs.

3. “Utilization of associated petroleum gas at the “Khazar” oil and gas condensate field”, Turkmenistan.

The project provides for the installation of a Boosting Compressor Station (BCS) at the Khazar field. The BCS is designed for utilization of associated petroleum gas from the offshore Khazar field and supply thereof to the SATs-III pipeline as well as use of the part of associated petroleum gas for the company’s own needs.

4. “Utilization of associated gas at the “Goturdepe” gas turbine power plant”, Turkmenistan.

The project provides for the construction of a gas turbine power plant with a design capacity of 7 MW at the Goturdepe oilfield. This “Goturdepe” gas turbine power plant is intended to supply electricity to the BCS “Goturdepe”. 190 872 thousand m3/year of associated gas that is flared in the baseline scenario, will be used at the BCS “Goturdepe”. Thus, as a result of the project activities almost 191 million m3 of gas per year will be utilized and significant GHG emission reductions will be achieved.

5. “Utilization of associated gas at the “Barsagelmes” gas turbine power plant”, Turkmenistan.

The project provides for the construction of a gas turbine power plant with a design capacity of 7 MW at the Barsagelmes oilfield. This “Barsagelmes” gas turbine power plant is intended to supply electricity to the BCS “Serdar”. 190 872 thousand m3/year of associated gas that is flared in the baseline scenario, will be used at the BCS “Barsagelmes”. Thus, as a result of the project activities almost 191 million m3 of gas per year will be utilized and significant GHG emission reductions will be achieved.


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