Biowatt officially pre-approved by Isometric. learn more ×

dMRV

Space-Saving

Skid-Mounted Design

Factory-preassembled and containerized. No civil work required.

SMART

ENERGY

Low water consumption. Less contaminants.

SMART

ECONOMY

Quick and simple Installation reduce investment cost.

SMART

INSTALLATION

Its frame design facilitates simple loading and transportation, necessitating minimal or no on-site civil construction.

Smart Biowatt

The Biowatt 100 & Biowatt 300 & Biowatt 500& Biowatt 1000 biomass gasificationsystem is built into multiple skid-mounted container-type frames, easy to ship andfast to install.
Easy to operate and transport, the system can be unloaded from the truck andinstalled rapidly for quick operation.

The Biowatt 100 & Biowatt 300 & Biowatt 500 & Biowatt 1000 complete system is built into multiple skid-mounted container-type frames that make transpor-tation installation simple. This means that equipment is fully tested in the factory before arriving at site,minimizing commissioning time.
No need of factory building, on-site installation only takes within 7-10 working days.

Solutions → Projects →

POWER GENERATION PARAMETERS
HEATING PARAMETERS

Model	Biowatt 100	Biowatt 300	Biowatt 500	Biowatt 1000
Model
Rated Power (kW)	100	300	500	1,000
Rated Voltage (V)	220/380/400/440/630/6600/11000/13800
Rated Frequency (Hz)	50/60	50/60	50/60	50/60
Biomass Consumption (kg/hr)	100-150	300-450	500-750	1000-1500
Gas Production (Nm³/h)	250-300	750-900	1250-1500	2500-3000
Ash Discharge Type	Dry ash discharge/wet ash discharge
Length (mm)	12100	16000	23000	30000
Height (mm)	6000-8900	8600-11000	9500-12000	11000-14000
Width (mm)	2963-5200	3813-6600	3813-6000	5813-6700
Floor Area (m²)	40-50	65-80	90-110	180-200

Model	Biowatt 100	Biowatt 300	Biowatt 500	Biowatt 1000
Model
Biomass Consumption (kg/h)	100 - 150	300 - 450	500 - 750	1000 - 1500
Gas Production (Nm³/h)	250 - 300	750 - 900	1250 - 1500	2500 - 3000
Fuel Size (mm)	20 - 80	20 - 80	20 - 80	20 - 80
Moisture Content (%)	≤15%	≤15%	≤15%	≤15%
Gas Heat Value (kcal/Nm³)	1200	1200	1200	1200
Cold Gas Energy Output (kcal/h)	300,000	900,000	1,500,000	3,000,000
Cold Gas Energy Output (Nm³/h)	0.35	1.05	1.75	3.49
Biochar Output (wood chip for example)	≤8%	≤8%	≤8%	≤8%
Floor Area (m²)	40 - 50	65 - 80	90 - 110	180 - 200
LWH (mm)	846018606000	1110023008579	1785027009409	23907450010669
Mainly Applied in: Annealing furnaces, industrial kilns, hot air furnaces, incinerators, heating furnaces, rotary kilns and generator sets.

High Energy Efficiency

A conventional centralized energy use, such as thermal power generation, usually causes energy loss during transmission while Powermax can achieve distributed energy utilization, so power generation can be used without wasting power generation and heating. In addition, thermal energy can also be used within facilities to achieve high energy efficiency.

Users →

Technical Advantages

Our company is committed to developing advanced waste-to-energy technology to provide clean energy to society , sustainable energy solutions.

Projects →

Smart Design: Completely compact design and simple operation.

All components are pre-installed, investors can achieve fast returns. This not only simplifies installation, but also allows for very quick start-up, so you can benefit immediately. The system offers great flexibility because it provides a modular design and the ability to trigger biomass power plants for maximum performance.

Smart Energy: Combined Heat and Power

CHP, also known as combined heat and power, is an efficient, clean, and reliable way to generate electricity and thermal energy from a single fuel source. Cogeneration can significantly improve a facility's operating efficiency and reduce energy costs.

Elevate Your Safety with Advanced
Automation Control Solutions

Feed-React-Power generation-Heating and Application, fully automated control, easy to operate. Installed with fault alarm system, interconnection interlock, and remote control system.