EAJ and its partners are specialized and expert in gas systems and in the production of various products such as LNG, GTL, hydrogen, oxygen and carbon dioxide with PSA method and SMR units as well as Flare Gas Recovery, NGL and LPG recovery processes. Consider to our technology and experience in design and engineering, we ready to design and produce special process units for our clients, based on the project requirements. The process units supplied by our group include related equipment and process packages that are customize designed to produce the expected products. In addition, it is possible to produce a variety of valuable by-products. The engineering phase begins with professional feasibility studies so that customers can select their expected products with the highest quality and optimal cost. Our group references are as below: Small and Medium GTL Plants: As natural gas feedstock accounts for more than 85% of the cost of GTL products, the technology is now competitive as compared to crude oil refining. Furthermore, the development of small size 1,000 to medium 20,000 barrel per day GTL plants as standardized production units, makes the operation of such plants for stranded natural gas fields a logical and commercially viable solution. Our Group main references: Modular and mid-size LNG plants, such as the ones offered by EAJ, that can process the production of such stranded gas fields appear as a very viable solution which can be implemented very rapidly. EAJ and its partners will help you turn stranded natural gas into profit or sweet gas to store for Peak Shaving. The LNG process is complex and, therefore, requires advanced simulation and design capabilities. EAJ has the experience in mastering the following software in order to ensure proper process efficiency. Simulation and modeling For each part of the processes in a LNG plant, we use advanced simulation software such as ASPEN, HYSYS, PRO II and HTRI. For the simulation of fluid mixing EAJ uses the OPENFOAM CFD modeling software. We also use Flow Dynamics computer modeling software. Engineering Design Our group use design software such as AutoCAD, Cad works, PDMS, ANSYS and Solidworks. For structure design STAAD software is used. Organic and agricultural waste can be converted into the biogas through a digestion or fermentation system. Biogas also can produced from landfills where organic food waste degrades in anaerobic conditions. There are several pathways to use biogas as a source of energy: EAJ and Partners design recovery plant to extract and separate Natural Gas Liquids (NGL) and Liquified Petroleum Gas (LPG) as valuable hydrocarbons from natural gas stream. Our group projects (LNG and GTL) need to remove NGL/LPG, and we design these units, more than 60. Process Plants References
Process Plant
Process Plants References
Gas to Liquid Plants (GTL)
Logical Commercial Solution
Build : 2015
Build : 2014
Build : 2004 and 2007
LNG Plant (Liquified Natural Gas)
Process Plants References
Bio-Gas to Process Plants
Process Plants References
NGL/LPG Recovery Plant
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GTL plant
Design production capacity : 200,000 Ton/year Project status : GTL plant Feasibility study completed PDP in progress Land being selected Capacity 4,000 BPD GTL plant
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GTL plant
Design production capacity : 1,100,000 Ton/year Project status : Feasibility study completed PDP completed Basic design completed Non standard equipment purchased Land acquired Utility pipeline installation finished Buildings completed Capacity 20,000 BPD CTL plant
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2 Set of GTL Pilot Plant Low Temperature
Capacity 350- 700 BPD
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