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CCUS & CO2Plants
GLP designs and supplies process plants for the capture, processing, liquefaction and storage of carbon dioxide (CO2). GLP employs a dedicated team of multi-disciplinary engineers and designers who have broad experience in the design, fabrication, installation and commissioning of modular process plants for the Carbon Capture and Storage (CCUS) Industry. GLP’s project experience includes the capture and processing of CO2 from both lean and rich sources from coal fired and gas fired steam boiler plants, biomass/biogas plants, natural gas on-shore treatment plants and steam reforming ammonia plants.
GLP Design Packages
Examples of GLP design packages used at various stages of carbon capture, utilisation and storage
- Hot flue gas quenching, SO2 removal and gas filtration package
- Modular adsorption package for removal of trace H2S, COS and organic sulphides
- Dehumidification and final drying package
- CO2 liquefaction package by low temperature refrigeration
- Distillation of liquid CO2 to remove trace air gas (O2 and N2)
- Adsorption package to remove trace NOX from liquid CO2
- Road tanker loading and un-loading stations for importing and exporting liquid CO2
- CO2 absorption and stripping utilising amine solvents such as MEA (Mono-Ethanol-Amine) for lean CO2 gas streams and aDMEA (Activated Di-Methyl Ethanol-Amine) for CO2 rich gas streams
- CO2 stripper off-gas compression using reciprocating, screw and multi stage turbo machines
- Catalytic oxidation package for removal of trace hydrocarbons, alcohols, aldehydes and ketones
- Low temperature storage of Liquid CO2
- Integration of different packages for production of food grade CO2
Competitive. Efficient. Reliable. Safe. Maintainable.
Plant capacities range from 10 to 500 MTPD of CO2. Product purity meets or exceeds food grade specifications imposed by all internationally recognised beverage manufacturers and Australian and New Zealand food standards authorities.
GLP designers utilise the latest hydraulic and process modelling techniques along side three-dimensional modelling to optimise plant designs. This ensures GLP plants are cost competitive, energy efficient, easy and safe to operate at all levels of turn-down, reliable and maintainable.