Shale Gas LNG Project

The liquefaction of shale gas into LNG is a capital and energy-intensive endeavor, where process continuity directly defines economic viability. For this 300,000-cubic-meter plant, compressors, cryogenic systems, and control utilities demand a power supply of exceptional scale and faultless reliability. Any interruption would not merely pause but abort the precise liquefaction process, incurring significant operational and financial cost. Therefore, integrating a dedicated, high-availability on-site power generation plant was not a supporting feature, but the critical operational foundation for the entire project.

We delivered this foundational system. The solution was a centralized power plant built around sixteen (16) of our 1250kVA natural gas generator sets, configured to operate in parallel as a single, synchronized unit. This design provided the massive required capacity—261,120 kWh of electricity per day—while incorporating built-in redundancy to ensure continuous 24/7 operation.

We configured the generator sets to run efficiently on the site’s own pipeline gas. A key technical achievement was the implementation of an advanced paralleling and control system, which seamlessly manages load sharing and synchronization across all sixteen units, outputting stable power at 400V/50Hz​ directly to the plant’s distribution network. Our delivery included the complete package, from design and commissioning support to operational guidance.

The outcome is a benchmark in operational certainty for the client. This self-sufficient power plant provides complete energy security, decoupling the critical liquefaction process from external grid risks. It delivers the predictable, high-capacity power required to transform shale gas into LNG reliably, forming the indispensable utility backbone of a major strategic energy asset.