Mini-LNG
Small/medium liquefaction (~200 TPD), regasification terminals, LNG storage and FSRU, with a closed nitrogen cooling loop and no process water.
Oil & Gas · OG
Modular, standards-compliant midstream and downstream packages.
Mini-LNG, gas processing, high-purity gas, material handling and storage — engineered as on-skid modules to international standards, with the rotary machinery, tanks and analyzers that make a gas facility run.
Oil & gas overview
Turnkey gas packages, built on skids, delivered ready to run.
Glorinda delivers midstream and downstream solutions for the oil and gas industry. Our packages are engineered on skids and modules for quality, speed and precise integration — from mini-LNG liquefaction and regasification to gas processing, high-purity gas generation, refrigeration, material handling and storage.
We procure the most effective proprietary equipment through the world’s advanced manufacturers, and integrate turbines, compressors, pumps, filters, instrumentation and catalysts into coherent, standards-compliant systems.
~210TPD LNG per mini-module (13,500 m³/h feed)
~0Water consumption in mini-LNG operation (air-cooled)
API619 & 682 compliant rotary and refrigeration
ASME/API620, 650, 653 & EN storage-tank standards
Our approach
Why we build on skids
Almost everything Glorinda delivers into oil and gas arrives as a module. That is a deliberate engineering position rather than a packaging preference, and it changes the risk profile of a project substantially.
On-skid production improves quality, reduces cost and shortens construction time, because assembly happens in a workshop under controlled conditions rather than on a live site. Problems surface during factory testing, where they are cheap to fix, instead of during commissioning, where they are not. The design and construction process becomes more precise, and site work reduces to setting the module and connecting defined interfaces.
The mini-LNG plant makes the argument concretely. Its classification as a prefabricated module means the entire system can be relocated later; the only investment lost is the construction element, which accounts for less than 5% of the initial outlay. Civil works reduce to concrete slabs or pads. And because the cooling system runs on a closed nitrogen expansion loop with nitrogen generated on site, there is no dependency on refrigerant hydrocarbons that may not be readily available, and no need to adapt the refrigerant design to local weather or gas composition.
The same logic runs through the rest of the scope. Rotary machinery skids arrive complete with pumps, compressors, turbines, fans and blowers engineered for integration. Refrigeration packages are built to API 619 and API 682. Storage tanks follow ASME, API 620/650/653, EN 14620 and EN 14015 as applicable, and silos are engineered to withstand wind and seismic loads. Standards compliance is what makes a module droppable into someone else’s plant.
Safety follows from the same thinking. Fewer rotating machines means fewer failure points: the mini-LNG site has only two major rotary turbomachines, which extends life cycle and cuts maintenance. Nitrogen leakage is neither hazardous nor toxic. The plant is fully automatic and typically needs only ten to fifteen operators.
<5%Of initial investment lost if a mini-LNG module is relocated
2Major rotary turbomachines on a mini-LNG site
10–15Operators typically required, fully automated
15,000 m²Typical mini-LNG plant area (about 100×150 m)
What we deliver
Five package families
Gas Processing
Amine treating, dehydration (TSA/mole sieve), condensate recovery and natural-gas conditioning packages.
High-Purity Gas
PSA and membrane units for nitrogen, oxygen, hydrogen production/purification, CO₂ separation and mixed-gas systems.
Material Handling
Pneumatic (dilute/dense phase) and mechanical conveying, de-dusting and storage silos to ASME/DIN/EN.
Silo & Storage Tanks
Pressurised, spherical and cryogenic storage (LNG, LPG, ammonia, ethylene) to API/EN standards.
Refrigeration & Rotary Skids
Refrigeration packages (R1270, R717, R507A…) and complete pump/compressor/turbine skids to API 619/682.
LNG
Gas where pipelines can’t reach
Small and medium-scale LNG, virtual pipeline distribution, regasification terminals, storage tanks and floating storage & regasification units (FSRU).
- ~210 TPD
Nominal LNG production
Per mini-module (130,000 gpd / 490 m³/day) from ~13,500 m³/h natural-gas feed.
- ~6.5 MW
Electrical demand
Closed nitrogen-expansion cooling loop; ~0 process water — heat is rejected by air coolers.
- Modular
On-skid delivery
Prefabricated modules on concrete pads; portable, expandable and fast to install.
- EPC
Full delivery
Liquefaction, storage, regasification, distribution and power generation across the LNG chain.
Material handling
One mini-LNG module can store roughly the equivalent of a 500 MW gas plant’s consumption for about six weeks.
Industries served
Where our gas packages are used
RefineriesPetrochemicalFertilizerPower generationSteelChemicalGas distributionMarine & FSRUCryogenic storageIndustrial gases
High-purity gas & storage
- Pressure Swing Adsorption (PSA) nitrogen & oxygen
- Membrane nitrogen generation
- Hydrogen production & purification
- CO₂ separation membranes
- Helium recovery systems
- Cryogenic storage tanks (LNG, LAr, LN₂, LO₂)
- Ammonia & industrial refrigeration
- Oil-water & produced-water separation
Products & services
The equipment and support behind the packages
FAQ
What size LNG plants do you deliver?
Small and medium-scale. A typical mini-LNG module produces around 210 TPD (about 490 m³/day) from roughly 13,500 m³/h of natural-gas feed, using a closed nitrogen cooling loop and essentially no process water.
Are your packages standards-compliant?
Yes. Rotary and refrigeration equipment is engineered to API 619 and API 682; storage tanks follow ASME, API 620/650/653 and EN 14620/14015 as applicable.
Can you supply high-purity gas on site?
Yes. We provide PSA and membrane units for nitrogen, oxygen, hydrogen and CO₂ separation, plus helium recovery and mixed-gas systems.
Do you handle produced or oily water?
Yes, through our Environment team — oil-water separation and produced-water treatment integrate with the gas facility.
Scope your gas package with our engineers.
Feed composition, capacity, pressure and site conditions — give us the basics and we will propose a modular package and budget.