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Powering Uzbekistan’s energy transformation: control & protection commissioning for UGTL’s 88 MW steam turbines

EPESOL & GE Deliver Grid-Independent Power Solution for Central Asia’s Flagship Gas-to-Liquids Facility
  • Commissioning

Client

Commissioned

2021

Location

Uzbekistan

Scope

Commissioning Services

Industry

Captive Power Producers
The Uzbekistan GTL (Gas-to-Liquids) Project is a landmark initiative in Uzbekistan’s energy sector, designed to convert natural gas into high-value liquid fuels, such as diesel, naphtha, and kerosene. Located in the Qashqadaryo region, the project represents a significant step in the country’s efforts to diversify its energy portfolio and reduce dependence on imported fuels. Utilizing advanced GTL technology, the plant is poised to enhance Uzbekistan’s energy security, contribute to economic growth, and position the nation as a key player in the global energy market. The project underscores Uzbekistan’s commitment to leveraging its vast natural gas resources to produce cleaner, high-quality fuels for both domestic use and export.
Key Issues
The Uzbekistan GTL project required the installation of 2 x 44 MW steam turbines to ensure a reliable and efficient power supply for its operations. By utilizing these steam turbines, the facility can generate the necessary electricity on-site, reducing its dependence on external power sources and enhancing energy efficiency. This approach also supports the plant’s off-grid power generation capability, making it more self-sufficient and capable of maintaining stable operations even in the absence of an external power supply.
Solution

EPESOL was awarded by General Electric (GE) with the commissioning of two 44 MW steam turbines for the Uzbekistan GTL Project. EPESOL’s engineers played a critical role in harnessing excess steam generated during the production process to produce electricity. This implementation ensures that the facility can independently generate the power required for its operations, reducing reliance on external power sources, lowering operational costs, and enhancing overall energy efficiency. The steam turbines also offer the flexibility to supply additional electricity to the national grid if necessary, further supporting the plant’s self-sufficiency and stability. This project highlights EPESOL’s technical expertise and commitment to delivering reliable and efficient power solutions

Conclusion

In conclusion, the Uzbekistan GTL project successfully addressed the challenge of ensuring a reliable power supply by installing two 44 MW steam turbines. These turbines not only generate the necessary electricity for the plant’s operations by utilizing excess steam but also contribute to the plant’s energy independence and efficiency. This solution enhances the overall stability and self-sufficiency of the facility, aligning with Uzbekistan’s broader goals of reducing reliance on external energy sources and advancing its energy infrastructure.

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