Biomass heat and power technology
Biomass systems:
Biomass is a renewable energy source which involves burning natural fuels (such as wood chips, agricultural waste, straw, dust and pellets) to generate energy in the form of heat and power.
The solution is considered Carbon Neutral because the CO2 released during combustion has already been absorbed by the plant or bio-fuel during its existence.
Installing biomass technology is an innovative way for businesses to reduce reliance on heating oil and become energy self-sufficient. Systems burning biomass can operate automatically in terms of ignition and regulated fuel supply.
The technology integrates successfully with existing building infrastructure because boilers work at similar temperatures to their gas or oil fired counterparts. Emissions are very clean (smokeless) and emissions can be further reduced by re-circulation of flue gases if required by regulators.
Before deciding on biomass, it is crucial to determine the suitability of the site, fuel availability and storage, installation costs and energy demands of the building. Darwind can complete a comprehensive feasibility study and help clients to access grants and other funding initiatives.
For larger installations and particularly power generation projects, detailed design is required to achieve the correct biomass solution for the project. This comprehensive study will help select the plant type and size, promoting client understanding of plant economics.
A joint approach by Biomass Solutions Ltd and Darwind
Darwind works closely with Biomass Solutions Ltd. Biomass Solutions, is focused on working alongside Darwind to deliver the most advanced and operationally efficient biomass systems available.
Whether clients are looking to install biomass for water heating, power generation or space heating, Darwind demonstrates innovation in application and design. As an independent supplier, plant restriction is not restricted to a certain technology or provider. Selection is purely based on fuel availability, system demands, boiler sizing and project capital.
Biomass technology: how it works
As plants grow they absorb carbon dioxide and water to produce their wood and leaf structures. If these biomass products are burned, the carbon dioxide and water is re-released into the atmosphere and the net carbon emissions are very low as long as new plants are grown.
Countries with historically well-developed forestry operations and virtually non-existent fossil fuel reserves have tended to lead in biomass technology. Germany and Austria in particular have developed boiler plant which burns biomass very efficiently and automatically.
The boilers range from the domestic scale to 1MW and larger for commercial applications.
It's important to note that some carbon will be emitted from the processing and transport of biomass, and this must be included in calculations if carbon emission reduction is part of your brief.