Energy prices are rising and with that, business owners and property owners are looking for alternative heating options to control energy expenses and achieve a long-term return on their investment. As such, worldwide, biomass technologies are increasingly being used as an alternative to fossil fuels, particularly in regions where there is a large supply of agricultural and forest product waste available. Axe Biotech Boilers Ltd, manufactures engineered biomass heating systems that meet the current heating application requirements to assist businesses in transitioning to a biomass heating system. One of the main biomass systems that are being implemented today is the Straw boilers (also known as a straw-fired boiler), Wood Gasification boilers and multi-fuel boilers, all of which produce heat by converting solid biomass into an efficient and scalable source of heat.
Converting Agricultural Waste into Energy
Burning compressed straw bales or bulk straw residuals is the intended purpose of straw boilers. They are thus very effective in agricultural applications and areas where large amounts of straw are produced. Rather than treating straw as an unwanted by-product, straw boilers convert straw into a consistent fuel source. By using on-premise biomass for heating purposes, agricultural operations such as farms, grain storage facilities, and rural businesses can lower their heating cost. Straw boilers of modern design utilize controlled combustion chambers that enhance combustion efficiency and heat production, as well as reduce residuals.
Advanced Wood Combustion
Wood gasification boilers are higher-efficiency options than classic log burning systems for wood-based heating operations. These boilers work by a two-step combustion process where the wood is heated in a low-oxygen environment to release combustible wood vapors. Then, the wood vapors are burned at elevated temperature to produce cleaner and more efficient heat. As a result, gasification boilers extract greater amounts of thermal energy from each load of wood and produce less ash and emissions while being able to provide long heating cycles or be used in high-demand facilities.
Heating Flexibility at Scale
The ability to obtain fuel is subject to change; therefore, flexibility is required by the end-users of boilers. Multi fuel boilers have been manufactured so that they can consume many different types of biomass and solid fuels (for example: wood logs, wood pellets, wood briquettes, agricultural waste). This flexibility gives users the ability to use less costly or more abundant fuels depending on market conditions or availability. In addition, this enables users of multi-fuel boilers to maintain a constant supply of heat in commercial/industrial settings, where a system failure would result in financial loss.
Conclusion
As organizations are searching for viable ways to replace their fossil fuel-based heating systems, biomass heating is growing in popularity. There have been many different types of biomass boilers developed that can be used for many different purposes. Examples include agricultural energy production from Straw boilers based systems, high-efficiency combustion using wood gasification boiler technology, and adaptable multi-fuel burners. At Axe Biotech Boilers Ltd., our commitment to promoting this transition to biomass heating is demonstrated through innovative systems that consider our customers’ unique fuel access, building size, and long-term energy objectives.
FAQs
Straw boilers heat buildings and facilities by burning straw bales, loose straw or other agricultural residue. They are frequently used in agricultural businesses such as farms, greenhouses, warehouses and many rural areas’ commercial businesses.
Wood gasification boilers operate by burning in two stages. The first stage occurs when the wood is set on fire at a low level of oxygen to release gas. The second stage occurs when gas is set on fire at a high temperature.
Multi-fuel boilers can burn different types of solid fuels including logs, wood pellets, coal, and briquettes & other agricultural biomass materials.
In comparing operating costs based on available fuel sources; typically where biomass such as straw, wood or wood chips are available locally, the overall cost of operating this boiler will generally be less than an oil or gas boiler.
Generally depends on the available biomass fuel source and the level of heating demanded by the site. For example straw boilers would be appropriate for agricultural applications while wood gasifiers would work well for sites that have a high demand for logs as a fuel source.