Moscow/Jan. 6th, 2019/ In Yakutsk, Russia, Jereh secured a compressor package project contract, after successfully tackling a series of technical problems, which totals 30 million USD.

Jereh is going to provide large compressor packages and plant facilities for the client, which is also the first large engine-driven compressor package in China applied to steel pile concrete foundation.

Jereh Wins 30-Million USD Contract for Compressor Packages in Russia.

During the first phase of the project, its total capacity is expected to reach 65.4MMSCFD through associated gas processing and underground gas reinjection operation. When it comes to the second phase, the produced natural gas will go into the Power of Siberia pipeline to China.

Yakutsk is known for being the coldest city in the world. Equipment operating here needs to endure extremely freezing weather as low as -60℃. The harsh weather leads to many technological issues.

Local project usually adopts steel pile concrete foundation during construction due to the permafrost. As a result, problems caused by unbalanced force and inertia force always challenge engineering contractors.

After realizing what local client truly demands, Jereh R&D team analyzed issues regarding transportation, storage and continuous operation in such freezing environment, and optimized equipment design by keeping the vibration value far lower than its counterparts.

At the same time, cold-resistance and high-strength materials are used for the compression plant, adaptable to -60℃ environment and thus ensuring long-time stable operation in the future.

Yakutsk is known for being the coldest city in the world.

Mr. Chen Weinan, manager of the project, says, “The reason why Jereh can stand out lies in client’s unwavering trust in our brand and experience.”

By landing this order, Jereh realized another major breakthrough in Russia market and also made its own contribution to enhancing Siberian pipeline capacity, securing natural gas supply in China and benefiting Sino-Russian energy cooperation in the long run.