Winsol Phytothermal System

A Wood Waste Fired Furnace Chamber is a high-efficiency combustion system designed to generate thermal energy by burning wood waste and by-products such as sawdust, wood chips, bark, offcuts, and shavings. It serves as a sustainable and cost-effective energy source for various industrial processes, particularly in wood processing, drying kilns, and heating applications.

The furnace chamber utilizes biomass in the form of wood waste to produce hot air, hot water, or steam. This heat energy is typically used in:

• Timber drying kilns

• Heat treatment plants

• Industrial heating systems

• Boilers and other thermal processing equipment

By converting wood waste into usable energy, the system reduces environmental impact and operating costs while promoting sustainable resource use.

• Combustion Chamber: Heavily insulated, heat-resistant steel structure designed for efficient and complete combustion of wood waste.

• Fuel Feed System: Automatic or manual feed mechanisms for continuous fuel input, including screw conveyors or moving grates.

• Primary & Secondary Air Supply: Controlled air input to ensure optimal combustion and minimize emissions.

• Ash Collection System: Collects and removes combustion residue for easy disposal or recycling.

• Heat Exchanger (optional): Transfers generated heat to air, water, or other mediums for use in connected systems.

• Emission Control Devices: Includes filters or scrubbers to reduce particulate emissions and comply with environmental standards.

• Utilizes low-cost or no-cost fuel (wood waste from internal processes)

• Reduces dependency on fossil fuels

• Minimizes wood waste disposal costs and environmental impact

• Offers high thermal efficiency and reliable operation

• Compatible with a range of thermal applications

• Wood drying kilns (as a heat source)

• Veneer, plywood, and particleboard plants

• Sawmills and timber processing facilities

• Industrial greenhouses and space heating

• Energy generation in biomass-based facilities

• Supports circular economy principles

• Reduces carbon footprint

• Complies with biomass energy and clean air regulations

• Offers long-term savings on fuel and energy costs