Power plant EPC contractor for Southeast and South Asia
Turnkey engineering, procurement and construction for gas engine, biomass, waste-to-energy and thermal power plants from 5 MW to 300 MW — delivered by a contractor that has been building plants since 1996.
Scope: feasibility study → basic and detailed design → equipment manufacture → civil and erection → testing, commissioning and grid connection → O&M and spare parts.
Built around the fuel you have
Seven technology routes, one engineering approach: characterise the fuel and the load first, then size the plant. Choose the fuel type closest to your project.
Biomass Power Plants
We build biomass power plants that run on the fuel you already have — palm oil residue, rice husk, sugarcane bagasse, wood chips or mixed agricultural waste.
View solution →Gas Engine Power Plants
Fast, modular and highly efficient: gas engine plants are usually the quickest route from a gas source to reliable electricity.
View solution →Captive & Industrial Power Plants
When grid supply is unreliable or too expensive, a captive plant turns a cost centre into a controlled operating cost.
View solution →Combined Cycle Power Plants
Combined cycle is how you convert gas into the most electricity per unit of fuel at utility scale.
View solution →Waste-to-Energy Plants
Waste-to-energy solves two problems at once — it disposes of waste and generates dispatchable power from it.
View solution →HFO & Diesel Power Plants
Where gas is not available and the grid will not reach, liquid fuel still delivers the most reliable megawatt per dollar of capital.
View solution →Coal & Thermal Power Plants
Circulating fluidised bed technology for local coals, low-grade fuels and applications where fuel flexibility matters more than headline efficiency.
View solution →Not sure which route fits?
Send the fuel type, target capacity and site country. We will tell you which configuration is realistic — and if the project does not stand up, we will say so.
Ask an engineer →Five stages, one point of responsibility
Whether the scope is a full turnkey plant or an equipment package, the sequence is the same and the interfaces are written down before we mobilise.
Feasibility
Fuel and load assessment, site review, configuration options, indicative cost and schedule.
Basic design
Heat balance, single line diagram, layout, equipment specification, permit support.
Procurement
Vendor selection, factory testing with third-party witness, logistics to site.
Construction
Civil works, erection, quality control, HSE management and progress reporting.
Commissioning
Cold and hot commissioning, performance test, grid connection, handover and training.
We tell you what we do — and what we don't
Most disputes on power projects come from an interface nobody wrote down. Before we quote, we put the boundary on one page: what we deliver, what stays with you, and who is responsible at each tie-in point.
- Battery limits drawn and agreed before contract signature
- Owner obligations listed as a schedule, not left implicit
- Performance guarantees stated with the test conditions attached
- Delay and performance liquidated damages capped and defined
A typical turnkey boundary
- Design, equipment, civil, erection, commissioning
- Performance test and operator training
- As-built documentation in English
- Land, permits, fuel supply contract
- Grid line beyond the interconnection point
- Project financing
Four things that actually matter on site
Fuel-first engineering
Every design starts with the fuel you can actually supply for twenty years, not the fuel on the datasheet.
Own manufacturing base
Boiler and turbine packages built in our own facilities, so lead times and inspection are under our control.
Written interfaces
Owner obligations, tie-in points and guarantees scheduled in the contract — before mobilisation, not after.
Regional support
Commissioning teams and spare parts held for South and Southeast Asia, not shipped on request from China.
South and Southeast Asia
Regulation, fuel logistics and grid conditions differ sharply between these markets. Each has its own page because a generic answer is not useful to a project developer.
Indonesia
Indonesia is the largest biomass power market in Southeast Asia, and the one where local content rules decide whether a project is bankable.
Market notes →Philippines
An island grid with high power costs and strong biomass resources — provided the fuel logistics work.
Market notes →Bangladesh
A market driven by tenders and by industrial self-generation, where fuel quality and documentation decide the outcome.
Market notes →Pakistan
High industrial tariffs and constrained grid supply keep captive generation commercially attractive.
Market notes →Frequently asked questions
Answers to the questions we are asked most often on this subject. If yours is not here, ask us directly.
What size of power plant do you build?
From 5 MW to 300 MW per plant, across gas engine, biomass, waste-to-energy, HFO and coal. Below 5 MW we normally recommend a smaller supplier unless the project is a relocation or an O&M contract.
Can you work with our local contractor?
Yes. A large share of our regional work is equipment supply with technical supervision, where a local contractor carries out civil and erection under our drawings and commissioning direction. This keeps your construction spend local while the equipment performance stays with us.
How long does a project take from contract to operation?
8–12 months for a modular gas engine plant, 14–26 months for a biomass plant, and 22–36 months for a combined cycle or coal unit. Permitting and grid connection are usually on the critical path rather than construction.
Do you provide O&M after handover?
Yes — a resident O&M team with availability guarantees, remote monitoring with periodic specialist support, or a spare-parts agreement. Most owners start with a resident team and move to remote support once their own operators are trained.
Tell us what you need to build.
Send us the fuel type, target capacity and site country. We will reply with a preliminary configuration, an indicative budget range and the questions we still need answered.