Meet Omnigreen
A revolutionary modular & scalable renewable energy solution for the industrial & commercial sectors
Reduce Your Energy Bills & Emissions up to Full Decarbonization
Help your organization achieve greater energy savings, reduce environmental footprint and emit less polluting gases.
Omnigreen is a revolutionary modular and scalable renewable energy solution combining multiple energy sources to generate industrial steam, hot water or hot air on demand.
Omnigreen - a True Game Changer for Diverse Sectors and Industries
Sustainability and the incorporation of renewable energy solutions are among the great challenges energy facilities are facing nowadays. Many of which were built several decades ago. In light of this, it is essential that infrastructure and energy managers must adapt these facilities to achieve greater energy savings, reduce environmental footprint and emit less polluting gases. Omnigreen helps achieve these environmental goals.
- Heavy Industry
- Real Estate
- Hospitals
- Utilities
- District Heating
Key Benefits
Thermal Energy Storage
Modular and scalable, with little to no maintenance depending on the energy source
Hybrid
Connects different energy sources
Modular
From industrial to large scale power
plants
Lifetime
30+ years with no performance degradation
Clean
Environmentally friendly materials
(no chemicals)
Performance
Unlimited cycles with minimal daily losses
Technical details & performance
Storage Based Steam Generator
- Source: Renewable energy (PV, wind, etc) or direct grid
- High temperature storage: embedded electrical heaters
- No gasses or emissions
- Modular design
- Input and output conditions stay the same
- Enables to use intermittent electrical sources for a supply of steady steam or hot water
Flue Gases to Hot Water
By using the residual heat and decoupling the thermal energy consumption from the electrical consumption – the unit will highly increase the cycle efficiency.
Residual heat can be used to charge the unit at intervals or continuously
for 24 hours.
Charging and discharging can take place in parallel or in sequences with no dependency between the charging cycles and discharging cycle.
Biomass to Steam
- Hot gasses up to 750 ºC
- Industrial steam (180°C, 10 bars) or hot air to the process
- Decouples between the continuous charging time of the Biomass source and the different delivery time slots of the output
Utility Scale Storage Solution
- Produces superheated steam, using its inherent steam generator
- The system controls the pressure and temperature, assuring a steady output flow, regardless of the unit charging level
Construction
- Supplied and shipped as one unit
- Short installation: Connection of interfaces:
・ SW/Control Interface
・ Piping Interface
・ Ground Preperations
・ Water Requirements
・ Installation Tools
・ Acceptance Test - Full acceptance test installation completed
Safety & Standards
International Starndard
| ISO 9001 | Quality Management Systems |
| ISO 14001 | Environmental Management Systems |
| OHSAS 18001 | Health and Safety Management System |
EU Starndard
| CE | Directives for CE Certificate |
| TA-Luft | Gas Emissions |
| LCP Directive | Large Combustion Plants Directive |
| PED 2014/68/E | Pressure Equipment Directive |
| EMC | Electro Magnetic Compatibility Directive |
| Eurocode 0-9 | European Codes of Practice for Civil Engineering Structures |
| EN 13480 | Metallic Industrial Piping |
| EN 13445 | Unfired Pressure Vessels |
US Starndard
| UL | Directives for UL Liste |
| NFPA | National Fire Protection Association Standards |
| ASME B31.1 | Power Piping |
| ASME B31.3 | Process Piping |
| ASME BPVC Sec. I | Rules for Construction of Power Boilers |
| ASME BPVC Sec. I Div. 1 | Rules for Construction of Pressure Vessels |
| ASCE 7-16 | Minimum Design Loads and Associated Criteria for Buildings and Other Structures |
| ACI 318-19 | Building Code Requirements for Structural Concrete |
| IBC 2021 | International Building Code |
| ANSI/AISC 360-16 | Specification for Structural Steel Buildings |
| IEEE | Institute of Electrical and Electronics Engineers Standards Association |
Operations & maintenance
- No preventive or periodic maintenance required
- Fully automatic and operated through a software communication protocol
- Local customer staff will go through a grade a O&M course which will enable them to give full support of the hardware and communication topics
Related Projects
30% Fuel Savings & Plant Flexibility Improvement
100% Emissions Reduction & 100% NG Consumption Reduction
100% Emissions
Reduction
30% Fuel Savings & Plant Flexibility Improvement
100% Emissions Reduction & 100% NG Consumption Reduction
100% Emissions
Reduction
Proven Sustainable Energy Solutions Tailored to Your Needs
Green Enesys is a renewable energy venture developer with a proven record of accomplishments. With over a decade of experience, we have developed, financed, and delivered numerous projects in Europe and Latin America. We provide feasible and efficient solutions tailored to your needs, from traditional large-scale solar PV project developments to innovative integrated solutions. Together with our technology partners, we deliver cutting-edge sustainable energy solutions to our clients.
Over a decade of cooperation with our partner, Viridi RE, allows us to enhance our clients’ technological solutions. Viridi RE develops renewable energy power plants, delivers cutting-edge advisory services, and provides an outstanding track rerecord in engineering, procurement, and construction.
Flexible Business Model
Planning
Financing
Optional
Construction
Operation
Optional
Proud to Be Part of Leading the Clean Hydrogen Industry
