Woodchip fuel has been increasingly adopted as part of the bio-energy initiative to reduce the use of fossil fuels and promote sustainable fuel production. Stronga have been advocating the use of dry biomass in energy production for many years. Recent research has confirmed the stark increase in emissions when using wet woodchip fuel in energy production.
Drying Solutions
Sustainable Wood Pellet Production Through Drying Sawdust
The pellet production market is growing, fast. New sustainability standards are being introduced for pellet-makers; Stronga are working with an eco-conscious company in Tasmania, helping them deliver dry fuel pellets from sustainable, locally-sourced sawmill sawdust residue. Biomass can fulfil energy demands while mitigating fossil fuel emissions. Learn more.
Comprehensive Guide to 3 Different Biomass Drying Solutions
This guide compares and outlines the key differences between Stronga’s FlowDrya system and other available drying solutions, including on-floor dryers and belt dryers.
Decarbonising the Cement Industry with Alternative Fuels – SRF “Fluff”
The cement industry is currently one of the largest contributors to greenhouse gas emissions, accounting for approximately 8% of global CO₂ emissions. Aware of the need for change, cement plants are turning to the use of SRF ‘fluff’ as an alternative energy for their operations. Learn about Stronga’s contribution to conditioning SRF on a Turkish cement works.
Collaboration Beyond Borders – Drying Sandalwood in Western Australia
Stronga were recently approached by a Sandalwood plantation owner in Western Australia who were looking to dry sustainably-produced, native Australian sandalwood, one of only two remaining viable species. Read on to learn more.
Drying SRF Fractions – Waste to Energy Production
Waste recycling companies are seeking to condition SRF before export to waste to energy plants, thermal decomposition plants and cement kilns. Stronga’s SRF-series FlowDrya helps recycling companies reduce potential penalties and waste to landfill whilst producing a high calorific fuel.