ESCO Performance Guaranteed
Energy efficiency management delivered as one-stop service, with savings proven by Measurement & Verification (M&V).
Energy Service Company · Thailand · Est. 2015
Combustion engineering for biomass and waste-to-energy power plants
German combustion technology, Thai execution. We inspect, engineer, modify, commission and operate power plants so owners cut fuel and maintenance cost and keep the plant running.
- 20+
- Plant projects
- 10+ yrs
- Combustion experience
- 4 – 34 MW
- Plant capacity range
- 4
- Countries served
Who we are
An ESCO built by combustion specialists
Suvarnabhumi Global Co., Ltd. was established in November 2015 by a team with long experience alongside a leading German combustion technology company. Over ten years of practice and more than twenty biomass and waste-to-energy references stand behind our work.
As an Energy Service Company we take responsibility for the whole chain — energy consumption inspection, engineering, procurement, project management, installation supervision, and measurement and verification to prove the savings. We supply spare parts, maintain machinery and modify existing systems so clients cut production cost, reduce downtime and raise plant profitability.
- Registration No.
- 0115558022514
- Operation date
- 19 November 2015
- Registered capital
- THB 20 million
- Head office
- Bangkaew, Bangplee, Samutprakarn
Our service
One-stop energy efficiency management
From feasibility to daily operation, every discipline needed to keep a thermal power plant efficient and available.
Project Management Consultancy
Owner's engineer and project advisory: planning, scheduling, co-ordination, procurement assistance and inspection.
Independent / Lender Engineer
Independent technical review and due diligence for lenders and investors across power generation assets.
Construction & Commissioning
Machinery installation, tank and structure fabrication, piping, insulation, electrical cabling and full plant commissioning.
Operation & Maintenance
O&M service and operator training that maximise plant output while minimising maintenance cost and downtime.
Plant Monitoring System (PMS)
System analysis, system engineering, SCADA programming and installation — plus genuine spare part supply.
Specialisation
Boiler and furnace, end to end
Design, engineering, supply, erection and commissioning of complete boiler islands and their auxiliaries.
Design & EngineeringConsultancyModification & Up-gradationManufacturingErection & CommissioningSupply of all boiler accessories
Accessories & auxiliaries
- All boiler pressure parts
- Steam drum / water drum & internals
- Furnace
- Super heater tube & header
- Economizer & tube
- Attemperator header
- Air pre-heater plate & tube
- Single / multi / trim cyclone dust collector
- Wet scrubber, bag filter & ESP
- Fans with drives
- Structure, ducting & hopper
- Buck stay support for furnace tube
- Fuel handling system
- Ash handling system
- Soot blowers of various types
- Instrumentation
- MCC, electrical cable & starter
- Valves, fittings, flanges & hardware
- Gear box & motors
- Feed water, transfer & turbo pumps
- PRDS & PRV
- Steam & exhaust piping and supports
- Steam distribution header & separator
- Refractory & insulation
- LP & HP chemical dosing system
Consultancy
- — Study of expansion & modernisation schemes
- — Capacity improvement proposals
- — Thermal efficiency increase with minimum spillover of old machinery
- — Cogeneration and low power consumption systems
Project management
- — Planning and scheduling
- — Co-ordination and monitoring
- — Procurement assistance & inspection
- — Site supervision and testing
Boiler upgradation
- — Upgrade existing boiler performance
- — Correlate field data with calculation
- — Turnkey assignments undertaken
Project references
Plants we have engineered, fixed and run
Selected works across Thailand, Sri Lanka, Fiji and Cambodia — several delivered in joint venture with Lawi Engineering.
Where we have worked
Project reference Commissioning record
2018 – 2020
Biomass Power Plant 4 MW
Ajinomoto Co. (Thailand) Ltd.
Ayutthaya, Thailand · Rice husk
Primary air duct modification, step grate guide support and hydraulic roller, new damper actuators, master load control program, combustion fire tuning.
2018
Biomass Power Plant 9.9 MW
Kamphaengphet Green Energy
Kamphaeng Phet, Thailand · Biomass
Full plant renovation: inspection and analysis, DCS re-programming and remote DCS panel, deaerator and wet ash modification, refractory repair, O&M and training.
2017
WTE Power Plant 9.4 MW — EtaPlant®
Better World Green Public Co., Ltd.
Saraburi, Thailand · RDF
Basic engineering and consultancy, supply and installation of EtaComb® 450 combustion system, steam boiler, feed water and ash handling. 45 MWth, 50 t/h at 53 bar(a) / 450 °C.
2017
Biomass Power Plant 8 MW
Tokyo Eastern Cement Company Ltd.
Sri Lanka · Biomass
Consultant engineer, commissioning and operator training, ID fan maintenance, APH exchanger installation and refractory repair.
2018
Biomass Power Plant 12 MW
Fiji Biomass Power Plant
Fiji · Biomass
Combustion chamber refractory repair campaign.
2012
Biomass Power Plant 17 MW — EtaPlant®
Mungcharoen Biomass Co., Ltd.
Surin, Thailand · Eucalyptus bark, wood chip, rice husk
Overall power plant basic engineering with supply and installation of EtaComb® 600 combustion system. 67 t/h at 66 bar(a) / 485 °C.
2016 – 2017
Biomass Power Plant 9.9 MW
Ban Rai Bio Power Plant
Uthai Thani, Thailand · Bagasse
Condenser re-tubing, 200-ton fuel pendulum chute fabrication and installation, safety/control valve and hydraulic piston overhaul, multi-cyclone modification.
In development
RDF Power Plant 2 × 17 MW — EtaPlant®
Phnom Penh Green City
Phnom Penh, Cambodia · RDF
Site survey, engineering and plant design for a twin-line RDF energy plant.
Commissioning record
| Capacity | Client | Location | Year |
|---|---|---|---|
| 9.9 MW | Well Korat Energy Co., Ltd. | Buriram, Thailand | 2015 |
| 9.9 MW | KPN Green Energy Solution Co., Ltd. | Pichit, Thailand | 2015 |
| 6 MW | Tokyo Cement Company (Sri Lanka) Ltd. | Mahiyangana, Sri Lanka | 2014 |
| 9.9 MW | Advanced Energy Development Co., Ltd. | Nong Khai, Thailand | 2013 |
| 9.9 MW | Kamalasai Biopower 2010 Co., Ltd. | Kalasin, Thailand | 2013 |
| 9.9 MW | Changraek Biopower Co., Ltd. | Nakhon Si Thammarat, Thailand | 2013 |
| 7.5 MW | Sahagreen Forest Co., Ltd. | Kamphaeng Phet, Thailand | 2012 |
| 9.9 MW | Srisangdaw Biopower Co., Ltd. | Roi Et, Thailand | 2012 |
| 9.9 MW | Clean Energy Thapsakae Co., Ltd. | Prachuap Khiri Khan, Thailand | 2011 |
| 7.5 MW | Decha Bio Green Co., Ltd. | Suphan Buri, Thailand | 2009 |
| 9.9 MW | Tokyo Cement Company (Lanka) Ltd. | Trincomalee, Sri Lanka | 2008 |
| 9.9 MW | Kaona Power Supply Co., Ltd. | Ubon Ratchathani, Thailand | 2008 |
Next generation energy
G-H2O™ — power generation made of water
A world-patented, completely self-sustaining hydrogen power generation system. Water and electricity circulate through a hydrogen production unit, storage tank, fuel cell and battery — 24 hours a day, 365 days a year, with only a small amount of water consumed.
Unlike conventional hydrogen generators, G-H2O™ never needs an external hydrogen refill. It does not depend on weather or on commercial power, can be installed almost anywhere with no installation work, and scales from a single household to installations above 1 MW.
Mechanism — self-sustaining circulation
- 01Water from the supply tank feeds the water-electrolysis hydrogen production unit.
- 02Hydrogen is stored in the hydrogen storage tank — no external refill is ever required.
- 03The fuel cell unit converts hydrogen and oxygen back into electricity and water.
- 04Electricity is buffered in the storage battery unit and delivered through the inverter.
- 05Water returns to the tank, closing a self-sustaining loop of water and electricity.
Tap water availability
The hydrogen generator includes a purified water system and can run on tap water or rainwater.
No commercial power required
A completely self-sustaining cycle of water and electricity — no grid connection needed to operate.
Stable 24-hour supply
Output is unaffected by sunlight or wind intensity, delivering steady power around the clock.
Space saving
Requires dramatically less footprint than equivalent solar or wind generation.
High safety
Only low concentrations of hydrogen are generated at any time, keeping the system inherently safe.
Household to utility scale
Scales from small residential units up to installations of 1 MW and above.
Unparalleled cost performance
Solar generation is limited to about 8 hours a day; G-H2O™ is unaffected by weather and runs at 100 % output 24 hours a day — 7 to 8 times more energy per day, at a far lower capital cost.
Portable and quick to install
G-H2O™ 100 is a world-standard container size, so cranes, forklifts and trailers handle it. Given a solid foundation and a nearby tap or well, the system is running within a few days including piping and wiring.
Remote monitoring 24/7
Owners see generation, consumption, stored electricity and hydrogen level in real time from PC or smartphone, while our System Management Center monitors every unit and responds immediately to faults.
Ozone as a useful by-product
Splitting water also produces ozone, a proven strong steriliser. Routed through air-conditioning ducts it can sanitise malls, hospitals, hotels, airports, trains and restaurants while the unit generates power.
Resistant to disasters
Because it needs only a little water and battery power, G-H2O™ works in emergency situations and in regions without infrastructure — from disaster zones to remote areas of Mongolia and Africa.
Global adoption
A total of 100 MW of G-H2O™ has been adopted across Thailand, Malaysia and Australia, with new overseas factories and corporations being established to meet decarbonisation demand.
Product range — 2 kW to 50 MW
| Model | Applicable scale | Power generation | Hydrogen storage | Electricity stored |
|---|---|---|---|---|
| G-H2O™ 200 | Hospitals & public facilities | 200 kW | 270 Nm³ | 350 kWeh |
| G-H2O™ 100 | Small hospitals & facilities | 100 kW | 130 Nm³ | 170 kWeh |
| G-H2O™ 50 | Convenience stores & shops | 50 kW | 50 Nm³ | 70 kWeh |
| G-H2O™ 20 | Small stores | 20 kW | 25 Nm³ | 35 kWeh |
| G-H2O™ 10 | Large residential & offices | 10 kW | 12 Nm³ | 17 kWeh |
| G-H2O™ 5 | General residential | 5 kW | 5 Nm³ | 7 kWeh |
| G-H2O™ 2 | Small residential | 2 kW | 2 Nm³ | 3 kWeh |
Main specifications
| G-H2O™ series | 200 | 100 | 50 |
|---|---|---|---|
| Model No. | GH2O-200 | GH2O-100 | GH2O-050 |
| Power generation capacity | 200 kW/h | 100 kW/h | 50 kW/h |
| Amount of electricity stored | 350 kWeh | 170 kWeh | 70 kWeh |
| Hydrogen storage capacity | 270 Nm³ | 130 Nm³ | 50 Nm³ |
| Water supply tank | 2,800 L | 1,400 L | 600 L |
| Dimensions L × W × H (mm) | 6,058 × 2,438 × 2,591 | 3,029 × 2,438 × 2,591 | 3,029 × 2,438 × 1,295 |
| Dry weight | 5,740 kg | 2,870 kg | 1,148 kg |
| Weight filled with water / hydrogen | 8,810 kg | 4,400 kg | 1,798 kg |
| Minimum installation space L × W × H (mm) | 8,058 × 4,438 × 3,591 | 5,029 × 4,438 × 3,591 | 5,029 × 4,438 × 2,295 |
Power generation method: circulating hydrogen energy generation (patented). Smaller models GH2O-020 to GH2O-002 range from 20 kW to 2 kW with 300 L to 30 L water tanks.
Contact
Talk to our engineers
Tell us about your plant, its fuel and the problem you are facing. We will come back with an engineering answer, not a brochure.
- Office
- Suvarnabhumi Global Co., Ltd.
115/102 Moo 12, Bangkaew, Bangplee,
Samutprakarn 10540, Thailand - Telephone
- +66 099 746 1689