Valmet supplying waste-to-energy boiler to Lidköping Energi in Sweden
Espoo, Finland-Valmet will supply a waste-fired steam boiler to Lidköping Energi AB in Lidköping, Sweden. With the new boiler, the company will be able to convert 130,000 tons of waste per year into district heat, industrial hot water, industrial steam and electricity, while also ensuring an environmentally safe disposal of harmful residues.
The order is included in Valmet’s orders received of the first quarter 2020. The value of an order of this size and delivery scope is typically above EUR 10 million. The new boiler is scheduled to start up in 2021.
“We will be more cost-efficient, produce more energy and, most importantly, improve our environmental footprint,” said Stina Bergenheim, CEO at Lidköping Energi.”Our environmental standards are already among the very best in the world, but now, we will take another step forward. We have good experiences with Valmet’s technology, but still, for this investment, we followed a strict evaluation process to make sure that we got the best solution we could find,”
The new boiler from Valmet will replace two 35-year-old boilers, and Lidköping Energi will also take other steps to increase the recovery of energy from the fuel. When all upgrades are in place, the annual production of electricity can be doubled. Increased electricity production in Lidköping will lower global greenhouse gas emissions from electricity production based on fossil fuels.
“The boiler from Valmet represents proven technology that meets the EU’s Industrial Emissions Directive requirements by a wide margin. I am excited about the project and look forward to realizing it together with Lidköping Energi,” says Anders Victorén, Valmet sales and project manager.
Valmet will supply the entire boiler unit with auxiliary equipment, such as fuel and ash systems. The delivery includes erection, commissioning, training and start-up.
The boiler will have a thermal capacity of 20 MW and will be based on Valmet’s bubbling fluidized bed (BFB) technology with advanced combustion zone (ACZ) for highly efficient low-emission control.
The boiler will be able to run on a very wide fuel mix, including industrial waste, refuse-derived fuel, biomass and municipal waste. There are currently 20 ACZ boilers in operation, running on a wide range of waste fuels.