The Nanba Associated Gas Processing Plant and the Auxiliary Engineering is located in Daqing City, Heilongjiang Province, People¡¯s Republic of China. The primary objective of the proposed project is to recover and utilize the associated gas from oil wells in the Second Oil Production Plant of Sanan Oilfield that would otherwise be vented, to process into dry gas and condensate. The oil field development of the Second Oil Production Plant of Sanan Oilfield does not apply and will not apply the gas-lift technology, and there is no gas injection infrastructure at the project site.

The Nanba Associated Gas Processing Plant and Auxiliary Engineering Project in Daqing City, Heilongjiang Province, People's Republic of China is a unique carbon project aimed at reducing greenhouse gas emissions. The project recovers and utilizes associated gas from oil wells in the Second Oil Production Plant of Sanan Oilfield that would otherwise be vented. Here are the key highlights of this project:

Key Highlights:
- The project processes the associated gas into dry gas and condensate, which can be used as fuel.
- The technology used in this project reduces flaring and venting of associated gas, which lowers greenhouse gas emissions.
- The project contributes to China's efforts to reduce greenhouse gas emissions and promote sustainable development.

The Second Oil Production Plant of Sanan Oilfield does not use gas-lift technology and does not have gas injection infrastructure at the project site. This makes the Nanba Associated Gas Processing Plant and Auxiliary Engineering Project an innovative solution for reducing greenhouse gas emissions. By recovering and utilizing associated gas, this project reduces greenhouse gas emissions and promotes sustainable development.

Recovery and utilization of gas from oil fields that would otherwise be flared or vented

Nanba Associated Gas Processing Plant And The Auxiliary Engineering

The Nanba Associated Gas Processing Plant and Auxiliary Engineering in Daqing City, China, recovers and uses gas from oil wells that would otherwise be vented. The recovered gas is processed into dry gas and condensate, reducing greenhouse gas emissions. The project does not use gas-lift technology or gas injection infrastructure.