UGS EUROPE SPECIALISTS CARRY OUT A FULL CYCLE OF DEVELOPMENT AND DESIGN OF BIOGAS UPGRADING PLANTS
OUR OFFER
Flange-to-Flange – we provide all components to process and upgrade the gas from digester or landfill to pipeline connection. This includes H2S removal, Compression, VOC/Siloxane removal, Nitrogen removal, Oxygen removal and all controls, instrumentation and piping.
OUR OFFER
- Complete Biogas Upgrading Plants
- Pre-treatment Packages
- Feed & Compressor Packages
Flange-to-Flange – we provide all components to process and upgrade the gas from digester or landfill to pipeline connection. This includes H2S removal, Compression, VOC/Siloxane removal, Nitrogen removal, Oxygen removal and all controls, instrumentation and piping.
Since 2013 UGS has delivered innovative solutions for traditional energy companies.
In 2021 Verdant Process Systems (VPS) is launched to focus our technology solutions and engineering expertise on the renewable energy industry.
The mission of VPS is to be the leading provider of safe and reliable gas processing systems for the Energy Transition.
In 2021 Verdant Process Systems (VPS) is launched to focus our technology solutions and engineering expertise on the renewable energy industry.
The mission of VPS is to be the leading provider of safe and reliable gas processing systems for the Energy Transition.
THE VPS DIFFERENCE
Typical biogas upgrading processes are well-known, but not always well-executed. Maximizing biogas process performance requires expertise. This is the UGS Europe difference.
VPS can optimize your Carbon Intensity (CI) with:
Typical biogas upgrading processes are well-known, but not always well-executed. Maximizing biogas process performance requires expertise. This is the UGS Europe difference.
VPS can optimize your Carbon Intensity (CI) with:
- Methane leak elimination
- Ideal process parameters
- Process design & optimization
- Critical equipment &instrumentation specification
Our solutions
Our solutions
Verdant® Mini
- 300 – 800 m³/h biogas flow
- Complete solutions for low-scale biomethane production
Learn more
Verdant® Mid-Flow
- 800 – 1 500 m³/h biogas flow
- Complete solutions for mid-scale biomethane production
Learn more
Verdant® High-Flow
- 1 500 – 3 000 m³/h biogas flow
- Complete solutions for industrial-scale biomethane production
Learn more
Perfomance Data
- 1Biomethane qualityUP TO 99,95%
- 2Methane RecoveryUP TO 99,95%
- 3Energy consumption0.2 - 0.35 kW×h/Nm³
- 4Heat RecoveryMaximum heat recovery
Our equipment delivers dependable ROI to your project. We can design and build your system to achieve the optimum balance of Carbon Intensity and Operational Effectiveness.
Fill out the form and receive an offer of the optimal solution by mail.
Any questions? Contact our specialist at +371 220 555 80 or click here to request a call
Any questions? Contact our specialist at +371 220 555 80 or click here to request a call
Fill out the form and our specialist will contact you shortly.
You can attach the completed questionnaire to the form or send it to the mail info@ugs.lv
ENGINEERED SOLUTIONS
Containerized or Open Skid – We custom engineer each system to met your needs. We select and match all components to work together and optimize operation.
UGS’ Modular Design Concept offers customers the flexibility to choose the scope level to suit their project philosophy.
Containerized or Open Skid – We custom engineer each system to met your needs. We select and match all components to work together and optimize operation.
UGS’ Modular Design Concept offers customers the flexibility to choose the scope level to suit their project philosophy.
Advantages of biogas upgrading system designed by UGS
Upgrade biogas to biomethane, depending on the requirements/ needs of the consumer
Operational reliability
and resistance to failures
(proven design solutions)
and resistance to failures
(proven design solutions)
Quick installation
and extensions
(module container setup)
and extensions
(module container setup)
Simple operation
and automation
of the plant
and automation
of the plant
Fast start-up
of system
of system
Delivery time
< 8 months
< 8 months
Long service life
of the plant
of the plant
Low operating
costs
costs
GENERAL DESCRIPTION OF THE PROCESS
Basic design of the system is shown in the picture. Site feed gas conditions & product gas quality specifications determine system configuration.
Gas blower. Biogas arriving from the digester is precompressed by the blower.
Biogas cooling and dehumidification. Most of the water is removed from biogas through condensation in a biogas cooler
Biogas filtration. To remove H2S and other contaminants usually three carbon towers are used.
Biogas compression. Gas compression station is designed as an easy handling containerized package of an oil-injected rotary screw block, directly coupled to drive motor.
Heat recovery. Up to 80% of the heat generated by a rotary screw compressor can be optionally recovered and used to reduce general energy costs.
2 or 3-stage membrane separation. Complex design of the membrane system allows to meet Customers’ specifications along with highest methane recovery.
Gas blower. Biogas arriving from the digester is precompressed by the blower.
Biogas cooling and dehumidification. Most of the water is removed from biogas through condensation in a biogas cooler
Biogas filtration. To remove H2S and other contaminants usually three carbon towers are used.
Biogas compression. Gas compression station is designed as an easy handling containerized package of an oil-injected rotary screw block, directly coupled to drive motor.
Heat recovery. Up to 80% of the heat generated by a rotary screw compressor can be optionally recovered and used to reduce general energy costs.
2 or 3-stage membrane separation. Complex design of the membrane system allows to meet Customers’ specifications along with highest methane recovery.
1
FEED GAS
Biogas (CH4 > 50%; CO2 < 50%)
- From organic waste
- From energy crop
- From landfill gas
- From wastewater treatment plant
2
PRODUCT GAS
Biomethane UP TO 99,95% (RECOVERY > 99.95%)
Biomethane UP TO 99,95% (RECOVERY > 99.95%)
- Injecting into the national gas grid
- Using as vehicles fuel (BioCNG)
- Using as vehicles fuel (BioLNG)
Engineering & fabrication
Engineering & fabrication
- Process Equipment Modelling: Compressors, Heat Exchangers, Membrane Modules, Adsorption Units
- Process Flow Diagrams
- Heat & Mass Balance
- System Optimization
- Overall Plant Design & control systems
- Optimized technology selection & integration
- Component Selection & Plant Layout
- Design & Sizing: Dynamic machines, Rotating equipment
- Detailed Design: auxiliaries, drive trains & internals
- Material Selection & Performance Evaluation
- Testing & Inspection Specifications
- Material specifications & Design
- Design: Routing Support & Insulation
- Flow Computations & Analysis
- Fabrication, Testing & Inspection Specifications
- Detailed modelling: equipment, piping, valves, instruments, insulation skids & structural frames
- Foundation Design: operating, seismic
- Fabrication, Testing & Inspection specifications
- Piping Flexibility Analysis
- Natural Frequency & Mode Shape Analysis
- Acoustical Analysis, Nodal Analysis for Resonance Checks
- Fabrication, Testing & Inspection specifications
- Component Selection
- Instrument datasheets, Schematics, Cable schedules
- Panel hardware selection, building & programming
- Testing & Simulation
- Fabrication, Testing and Inspection specifications
- Full System Testing
- Facilities for piping, structural, enclosures, assembly & testing
- Fabrication supervision & Inspection by qualified engineers
- NDE & Testing by accredited agencies
- Performance testing & vibration testing for rotating equipment
- Emission & integrity checks
- Specialist engineers for startup and commissioning of supplied equipment
- Supervision of installation and hook up
- On site training for customer’s engineers and operators
- International Support Offices for real time support
How we are working
How we are working
Analysis
Analysis of consumer needs and project objectives to find the optimal solution.
Engineering & Design
Engineering and design of the proposed solution including the specifics of the project.
Start up
Supply of equipment, installation and start-up of the plant. Monitoring the achievement of the declared indicators.
Maintenance
After-sales service to ensure high efficiency and reliability of the equipment.
Our Contacts
Our Contacts
UGS Europe SIA
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