2 MW Biomass Power Plant: Reliable, Scalable & Proven – Powermax Complete Solutions
For industries and communities seeking energy independence and carbon reduction, the 2 MW biomass power plant represents the commercial and industrial "sweet spot." At Powermax, we don’t offer a one-size-fits-all prototype. We provide three distinct, field-proven technology pathways to achieve 2 MWe output: from the robust Updraft Fixed Bed (UFBG) handling wet feedstock, to the high-efficiency Circulating Fluidized Bed (CFBG) for fine particles, and the plug-and-play Biowatt Containerized System.
No matter your feedstock—whether it's wet wood chips, dry rice husks, or empty fruit bunches—Powermax has a reliable, scalable, and bankable 2 MW solution.
Choose Your Path to 2 MW: Three Core Technologies Compared
To ensure your procurement team gets the exact right fit for the local biomass supply chain, we offer full transparency on how to configure your 2 MW plant.
Pathway 1: UFBG Updraft Fixed Bed – The Workhorse for Wet Waste
Ideal for: Sawmills, Palm Oil Mills, and Forestry Operations with high moisture residue.
The UFBG (Updraft Fixed Bed) series is the backbone of Powermax's heavy-duty energy solutions. For a 2 MW demand, we deploy two parallel UFBG2400 gasifiers coupled with dual 1000 kW gensets. This configuration provides load redundancy—if one line is in maintenance, the other maintains 1 MW of base load.
Reliability: With over a decade of operation in Vietnam and the Philippines, UFBG systems have proven they can run 8,000+ hours annually on raw, undried feedstock.
Economics: You save the CAPEX and OPEX of a massive drying system. The system processes wood chips at 55% moisture directly from the forest floor.
Value-Add: Co-produces high-quality Biochar (up to 10-15% of input mass), creating a secondary revenue stream for soil amendment or carbon credits.
Pathway 2: CFBG Fluidized Bed – Maximum Efficiency for Rice Mills
Ideal for: Rice mills, large wood panel factories, and agricultural cooperatives with dry, fine waste.
If your operation generates mountains of rice husk or fine sawdust, the CFBG Circulating Fluidized Bed is unmatched. A single CFBG2000 unit consumes 2,000-3,600 kg/hr of biomass to generate the syngas required for 2 MWe.
Proven Scale: This technology is certified with CE & SGS standards and has been exported globally since 2010.
Scalability: The CFBG platform is inherently scalable. While this proposal focuses on the 2 MW CFBG2000, the technology seamlessly scales up to 3 MW (CFBG3000) or more within the same operational footprint.
Stable Output: Fluidized bed technology ensures uniform temperature distribution, resulting in extremely stable gas calorific value (1200-1300 Kcal/Nm³), which protects the downstream Siemens-based gas engines from thermal shock.
Pathway 3: Biowatt Modular Containerized – Speed to Market & Carbon Focus
Ideal for: Remote mines, industrial parks requiring fast power, and ESG-driven carbon credit projects.
The Biowatt 1000 is the industry's most advanced "Power Plant in a Box." To achieve 2 MW, we simply parallel two Biowatt 1000 units. This approach eliminates long construction delays and complex on-site welding.
Fast-Track Commissioning: Factory pre-tested and delivered in 40ft HC containers. From truck arrival to power generation in as little as 7-10 working days.
Carbon Monetization: This system is explicitly designed for carbon accounting. It utilizes a "No-Bag" dry filtration system (Cyclone + Dual ESP) to eliminate waste water while producing a clean char stream eligible for Verified Carbon Standard (VCS) credits.
Distributed Redundancy: In a 2 MW (2 x 1 MW) Biowatt setup, failure of a single generator only reduces output by 50%, ensuring critical loads like hospital or factory control rooms remain powered.
Selected Biomass Gasification Power Projects
Whether you are planning on-site power generation or a grid-connected project, the following 3 MW, 12 MW and 500 kW references show how POWERMAX integrates biomass gasification, syngas cleaning and generator systems for different applications. For your 2 MW biomass gasification power plant, we assess your feedstock conditions, site requirements and power demand to recommend a suitable system configuration.
3 MW Wood Chip Power Project in Malaysia
MIE Industrial’s pellet plant needed dependable electricity as purchased power costs increased. The 3 MW project uses wood chips for on-site generation, with the aim of reducing reliance on the public grid.
Project Facts
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Item
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Project details
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Customer
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MIE Industrial
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Location
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Malaysia
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Feedstock
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Wood chips
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Project capacity
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3 MW
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Gasification configuration
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2 × TFBG1500 twin-fire fixed-bed gasifiers
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Generator configuration
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6 × 500 kW gas generator sets
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Power application
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Captive power for a pellet plant
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POWERMAX System Design
We combined wood-chip preparation with two TFBG1500 gasifiers and multi-stage gas purification. The treated gas supplies six 500 kW generator sets, connecting fuel preparation and gas quality control with the pellet plant’s electricity demand.
Project Milestone
Following equipment installation, the project progressed to final commissioning. The system is configured to use wood chips for the pellet plant’s own power supply.
12 MW Rice Husk Power Project in Myanmar
GLOBAL EARTH’s site in Myanmar needed a more dependable electricity supply for rice milling, feed production and fish farming. In 2023, grid supply at the project location was reported at about two hours per day. The project uses locally available rice husks as fuel.
Project Facts
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Project details
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Customer
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GLOBAL EARTH
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Location
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Hpa Yar Chaung, Myanmar
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Feedstock
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Rice husks; recorded moisture content of 13%
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Project capacity
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12 MW
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Gasification configuration
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12 gasifiers
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Gas cleaning configuration
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12 syngas purification units
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Generator unit rating
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500 kW per gas generator set
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Feedstock consumption
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1.6 t/h per gasifier
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POWERMAX System Design
We integrated rice-husk gasification, gas cooling and cleaning, a gas buffer tank and gas generator sets. The treatment train includes cooling, tar removal and droplet removal before gas buffering. Central PLC control is used for the system.
The design also includes generator heat recovery to supply steam and hot water for other on-site processes.
Recorded Operating Conditions
The project data record purified gas at 40–50°C with a calorific value of 6.30 MJ/Nm³. The operating sheet lists an average daily runtime of 24 hours.
500 kW Wood Chip Power Project in Taiwan
At Jiayuan Technology in Taiwan, POWERMAX’s biomass gasification system converts wood chips into fuel gas for grid-connected electricity generation. The project records 500 kW of actual power generation during stable operation.
Project Facts
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Item
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Project details
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Customer
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Jiayuan Technology
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Location
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Taiwan
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Feedstock
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Wood chips
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Feedstock moisture
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≤15%
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Feedstock consumption
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500–750 kg/h
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Generator configuration
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2 × 300 kW gas generator sets
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Generation mode
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Grid-connected
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POWERMAX System Design
We integrated wood-chip gasification with gas cooling and cleaning, then routed the treated syngas to two 300 kW gas generator sets. The recorded gasifier temperature is 1,000°C.
Recorded Gas Quality and Power Output
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Parameter
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Recorded value
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Purified gas temperature
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45°C
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Purified gas tar content
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20 mg/Nm³
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Gas calorific value
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5 MJ/Nm³
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Actual power during stable operation
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500 kW
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The generator sets have a combined rated capacity of 600 kW. The 500 kW figure describes actual power generation during stable operation.
Powermax Complete Solution: Beyond the Gasifier
Choosing Powermax means choosing a partner, not just a supplier. Our Complete Solutions package for your 2 MW plant includes:
Feedstock Analysis & Lab Testing: We test your specific biomass in our R&D center to guarantee gas output and tar levels before you spend a dollar.
Tailored Power Block: We integrate Siemens-engineered alternators and European control systems for grid-parallel or island mode operation (400V up to 13.8kV).
Thermal Integration: A 2 MW engine produces nearly 2 MW of thermal energy. We engineer the ORC (Organic Rankine Cycle) or Steam Boiler heat recovery to maximize your project ROI (Combined Heat and Power).
Remote Monitoring & After-Sales: All systems feature IoT remote monitoring and alarm diagnostics via SMS/Cloud, ensuring maximum uptime anywhere in the world.
