ssLNG Solutions
Liquefied Natural Gas (LNG) is a major component in the world’s clean energy future. Therefore, effective LNG processing plants must be engineered, designed and constructed to support this sector in the years ahead. As natural gas is liquified, it becomes easier to transport and store, as well as offering noteworthy environmental benefits. BCCK’s more than 40 years of cryogenic expertise and our role as a leader in the liquefaction of gases from helium to natural gas makes us the perfect partner for small-scale LNG facility projects. We have a vast range of experience designing plants of all sizes and scopes, and in many unique environments.
BCCK’s cryogenics reputation was built by ensuring our cryo plant designs meet all project requirements and are optimized for efficiency and flexibility. We can bring together our unique capabilities of liquids recovery, nitrogen rejection and helium recovery to make small scale LNG projects even substantially more economical. Over the past decades, we’ve learned a lot of lessons in cryogenic gas plant processing, so when we say we can help improve project economics, we have a track record to prove it. We’ve delivered custom engineered gas plant solutions, supported from contract to start-up, that have seen first-hand the results BCCK’s optimized for efficiency approach can mean for our clients.
Combining this cryogenic background with our full EPC (engineering, procurement and construction) capabilities means we provide a single-contract solution that reduces capital expense and enhances safety, scope gap elimination and interface issues, improves project management and delivers reliable timelines. This allows us to deliver the best possible value on every project, ensuring customer satisfaction is exceeded, not just met.
- Enhanced safety
- Cost reduction
- Scope gap elimination
- Eliminate interface issues
- Improved communication of goals, deadline and objectives
- Schedule reliability
- We offer flexible design that accommodates a wide variation of inlet gas compositions with respect to hydrocarbon components other than methane.
- Our patented processes can be easily configured to extract NGL components and remove nitrogen that would produce a very high purity of methane LNG.
- Natural gas liquids (NGL) can be returned back to the upstream process or can be stabilized to make a commercial NGL product.
- We deliver an optimized design that yields small footprints.
- Engineering/Feasibility Studies
- FEED Packages
- Pre Treatment systems
- Amine, Molecular Sieve Dehydration, TEG Dehydration, Mercury and Mercaptan Removal
- High Efficiency Nitrogen Liquefaction Systems
- Electric or Gas Turbine driven compression
- Balance of Plant (BOP)
- Plant Automation and Control Systems, SCADA
- Fire Protection Systems
- Fire and Gas Detection
- Gas and Liquid Analyzers
- Flares, Vents and Thermal Oxidizers
- LNG Storage
- Atmospheric & Pressurized
- Boil-off Compression Systems
- LNG Truck Loading/Unloading Stations
- Buildings
- Compressor, Maintenance, Control
- Plant Modifications and Upgrades
- LNG Facility Site Assessments
- Permitting
- Electrical
- Switch Gear
- Motor Control Center (MCC)
- VFD’s, Soft Start
- Power Generation
- Arc Flash Studies
- Code Compliance Review
- Commissioning and Start Up
- Operator Training
- LNG Tank Foundation Heating Systems
- Modular System Fabrication
