LATVIA PROJECT Latvia 4 MMt/y / 365 d/y   10,959 t/d ~=11,000 tons per day
LATVIA FIRST MODULE 1 MMt/y / 365 d/y     2,740 t/d ~=  2,750 tons per day

Location; water availability, fresh, brackish or salt; high-pressure gas near the gas storage field, high pressure gas pipeline from the east, or both; gas composition out to two decimal places; gas composition from previous 5 years and expected similar 5 years into the future; Inčukalns Underground Gas Storage Facility 105 bar from 35 bar pipeline
   
 A solution to a wide range of gas pressures, compositions and production rates—provides owners with a wide range of feed gas options and commercial flexibility. Similarly, a low equipment count results in a smaller footprint and lighter weight, both of which are valuable in the market, where footprint is limited and where weight drives costs and schedule.
           In addition, the technology can be designed to fit the available utility systems with choices in air or water for interstage cooling, as well as a choice among motor, gas turbine or steam turbine drivers. This flexibility allows the owner to select the best options for its specific application.
           The proprietary liquefaction plants have been designed in a wide range of capacities, from 1 million tons per year (MMtpy) to 4 MMtpy.
When larger production rates or operational flexibility for capacities are required, multiple trains can be used to provide the design that best fits the client’s needs and commercial requirements.
The basic flow diagram remains the same for any size of plant.
           There are significant opportunities to explore nearshore LNG opportunities. The proprietary technology can be directly applied to a near shore project, to harness extensive capabilities in the LNG production market.
This technology has been proven in operating plants—and more in detailed design or construction—located around the world.

         The larger, onshore, baseload LNG export production plants require significant capital and take 4—5 years to bring online.
           A novel smaller and faster to market LNG concept offers a number of advantages over the larger structure, which can be economically attractive. 
A small- to mid-scale LNG production facility nearshore, in protected waters and/or dockside.
The focus on a simple, reliable process solution is making this concept a reality for converting pipeline gas into LNG for export to markets that require smaller LNG volumes than are envisioned with large-scale projects.    
 








LATVIA PROJECT Latvia 4 MMt/y / 365 d/y   10,959 t/d ~=11,000 tons per day
LATVIA FIRST MODULE 1 MMt/y / 365 d/y     2,740 t/d ~=  2,750 tons per day
Location; water availability, fresh, brackish or salt; high-pressure gas near the gas storage field, high pressure gas pipeline from the east, or both; gas composition out to two decimal places; gas composition from previous 5 years and expected similar 5 years into the future; Inčukalns Underground Gas Storage Facility 105 bar from 35 bar pipeline
   
 A solution to a wide range of gas pressures, compositions and production rates—provides owners with a wide range of feed gas options and commercial flexibility. Similarly, a low equipment count results in a smaller footprint and lighter weight, both of which are valuable in the market, where footprint is limited and where weight drives costs and schedule.
           In addition, the technology can be designed to fit the available utility systems with choices in air or water for interstage cooling, as well as a choice among motor, gas turbine or steam turbine drivers. This flexibility allows the owner to select the best options for its specific application.
           The proprietary liquefaction plants have been designed in a wide range of capacities, from 1 million tons per year (MMtpy) to 4 MMtpy.
When larger production rates or operational flexibility for capacities are required, multiple trains can be used to provide the design that best fits the client’s needs and commercial requirements.
The basic flow diagram remains the same for any size of plant.
           There are significant opportunities to explore nearshore LNG opportunities. The proprietary technology can be directly applied to a near shore project, to harness extensive capabilities in the LNG production market.
This technology has been proven in operating plants—and more in detailed design or construction—located around the world.

         The larger, onshore, baseload LNG export production plants require significant capital and take 4—5 years to bring online.
           A novel smaller and faster to market LNG concept offers a number of advantages over the larger structure, which can be economically attractive. 
A small- to mid-scale LNG production facility nearshore, in protected waters and/or dockside.
The focus on a simple, reliable process solution is making this concept a reality for converting pipeline gas into LNG for export to markets that require smaller LNG volumes than are envisioned with large-scale projects.