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Portable Micro Off-Grid LNG Packages



Fossil Energy Canada E&P Inc. provides engineered, fabricated, and assembled modularized LNG package solutions for our clients. Our LNG solutions have the ability to be applied to stranded natural gas or natural gas pipe line resources, and can be implemented from a micro to a larger scale production.


Micro to Larger Modularized LNG Package Solutions


- Use stranded gas in remote locations or pipe line gas.
- Can accept a variety of Natural Gas supply including shale gas, bio gas, coal bed methane gas.
- Self-sustaining natural gas power plant providing off grid capabilities (uses part of the supply of natural gas to power the plant via gas generators).
- Easily transportable modularized packages with dimensions within 12m x 2.8m x 3m.
- LNG production capacities of 5,000 GPD to 50,000 GPD.
- Compact design offering a small plant area foot print.
- Patent leading efficient MRC technology.
- Highly cost effective and meeting all regulatory requirements and standards.
- Designed for our extreme conditions and our North American Environment.




Portable Micro LNG Plants




Permanent LNG Plant Solutions


- Feed gas can be either from pipe line gas or well site field gas.
- Can accept a variety of Natural Gas supply including shale gas, bio gas, coal bed methane gas etc.
- Self-sustaining natural gas power plant providing off grid capabilities (uses part of the supply of natural gas to power the plant via gas generators).
- Power can also be utilized for substation power.
- Plant design is modularized and easily deployable and assembled.
- LNG production capacities of 30,000 GPD to client requirements.




- Compact design offering a small plant area foot print.
- Patent leading efficient MRC technology.
- Highly cost effective and meeting all regulatory requirements and standards.
- Designed for our extreme conditions and our North American Environment.
- Capable of providing 30,000, 50,000 or 100,000 scalable production Trains to facilitate any strategic growth to meet our client’s future market demands.
- Twinning of Liquefaction Units allows for more production versatility as the production can be brought down to 40% of the plate capacity, if market conditions changes for our clients.




50,000 GPD LNG Plant




Micro Plant Flare Capture and Boil Off Gas Solutions


Feed gas can be taken from flare capture or boil off gas (BOG) from LNG storage.
BOG can be recovered and re-liquified and placed back into storage or used as a means to produce power or fuel for many applications from land based drilling to offshore and marine applications.
The technology is highly adaptable for drilling operations and can be used to supply power and fuel supply.
Drilling rigs require high horse power and typically consume about 500,000 gallons of diesel per year to generate electrical power.
Complete skid design allows our Flare Capture LNG system to be deployed to any location.
Patent leading efficient MRC technology.
Highly cost effective and meeting all regulatory requirements and standards.
Designed for our extreme conditions and our North American Environment.




Our patented gas liquefaction and purification technology can be widely applied to a variety of natural gas supply. We are able to engineer and design, procure, fabricate, install, manage and service all our LNG package solutions, providing a truly full turnkey project execution for all our clients. We provide our services adhering to North American Industry codes such as ASME, ASTM, NEC, CEC, CSA, NFPA etc., and will review all regional, provincial, county and local codes to insuring that we meet or exceed regulatory requirements for a safe and reliable operations.





Comparison of MRC Technology Versus Others Technologies.



Index Step-Wise
Refrigeration
Fossil Energy
Canada E&P Mixed
Refrigeration
Expansion
Refrigeration
High-Pressure
Jet
Plant SizeLargeSmall – Medium - LargeSmallSmall - Medium
EfficiencyHighHighLowModerate
Energy Consumption Ratio1.001.081.931.70 (Normal Pressure)
Unit Energy Consumption0.2800.3050.5400.475
ComplexityHighMediumLowVery Low
Type of ExchangerPlate FinPlate Fin or Wound TubePlate FinTube-Type
Area of ExchangerSmallMediumLargeSmall
AdaptationStrongStrongWeakVery Weak
Capital InvestmentHighMediumHigh-MediumMedium


Fossil Energy Canada uses mixed refrigerant refrigeration in the form of scalable trains. From the perspective of energy consumption, efficiency, adaptation and capital investment, mixed refrigerant refrigeration technology is the best choice.



Fossil Energy Canada E&P Inc MRC Technology compared to other Liquefaction Technologies in Use at Plants around the World



Plant Technology LocationCycleHot SinkCapacity / Gas PressureEfficiency
US
MRCWater2,000 Nm3/d
0.1~0.7MPa
Burning 25%
Liquefier only
China
MRCWater70,000 Nm3/d
≥0.3MPa
Burning 14.3%
Liquefier only
UK
N2 ExpansionWater100,000 Nm3/d
N/A
Burning 16%
Liquefier only
Norway
MRCCold seawater30,000 Nm3/d
1.88 MPa
Burning 15%
Liquefier Only
Fossil Energy Canada E&P Inc.
MRC Air* 10,000 Nm3/d
0.7 ~ 1.3MPa
Burning 15.3%
Liquefier Only
30,000 Nm3/d
4.0 ~ 4.5MPa
Burning 11.5%
Entire Plant


* if cooled by water, energy consumption reduced by 10%.