
Aspropyrgos
For the U-3100 refinery unit of a Greek operator, Kablitz supplied a precisely fitting replacement air preheater with finned plates – eight years after its first delivery for the same unit.
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For the U-3100 refinery unit of a Greek operator, Kablitz supplied a precisely fitting replacement air preheater with finned plates – eight years after its first delivery for the same unit.
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A municipal waste management and utility company from Ventspils (Latvia) has taken on the challenge of building a modern, highly efficient combined heat and power plant for the energy recovery of the region's waste streams.
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The firing systems for two hot water boilers with an output of 5 MW each were supplied for a biomass heating plant in Poland.
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The biomass steam boiler plant (BMK) planned and supplied by Richard Kablitz GmbH is an essential part of the energy and media supply plant (EMVA).
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A chemical company in Heilbronn generates its process steam with its own Kablitz biomass heating plant fired with waste wood and forest residues.
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A combined heat and power plant is being built for the town of Nysa in Poland. It is a CHP plant (combined heat and power) that simultaneously generates electricity for feeding into the power grid and district heating for the households and buildings in the town of Nysa.
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The biomass CHP plant in Bychow supplies a pellet production site and feeds 80 million kWh of electricity into the grid every year.
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Richard Kablitz GmbH planned and supplied a biomass steam boiler plant (BMK) for the company. The plant supplies steam for the company.
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With a thermal input of around 88 MW, the CHP plant in Hürth supplies a paper mill with process steam and generates up to 20 MW of electricity.
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In Wismar, two Kablitz boiler plants jointly supply a steam turbine with up to 17 MW of electrical output and deliver up to 30 MW of district heating.
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In Munkedal, a Kablitz boiler plant generates saturated steam for a paper mill from solid recovered fuels and waste wood.
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A biomass CHP plant supplies a neighbouring paper mill with electricity and heat – from landscape maintenance wood, tomato vines and screen overflow.
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For a major German sugar producer, a biomass CHP plant for self-supply was built in Chile – with process steam, electricity for island operation and an earthquake-proof suspended boiler design.
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For a panel production plant in Smorgon, a biomass energy centre supplies production with heat around the clock – from bark, wood chips and production residues.
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For one of Korea's largest wood-based panel manufacturers, a single firing system produces steam, electricity and process heat for the entire site from MDF production residues.
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As part of a plant expansion, the customer switched from fossil fuels to biomass: a residual wood firing system supplies hot gas directly for drying – integrated into the existing infrastructure.
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Near the port city of Volos, a plant for a chemical group generates heat and electricity from olive and cotton waste and sunflower husks – with 5 MW of electrical output from an ORC module.
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A German insulation manufacturer is switching its Polish site to renewable energy: a biomass heating plant generates process steam from wood chips, veneer wood and bark.
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For a particleboard plant in Romania, Kablitz built a 60 MW hot gas generator that supplies the process heat for particle drying – safely integrated into the existing production.
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For a major German energy supplier, a flexible biomass CHP plant generates electricity and process steam – mainly heat for the neighbouring potato processing plant during the week, more electricity at the weekend.
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The Kehl II biomass CHP plant generates electricity and supplies the turbine exhaust steam as process steam to a neighbouring paper mill.
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In Wiesbaden, a German energy supplier generates electricity and district heating from waste wood – power-led in summer, heat-led in winter and with multi-stage flue gas cleaning.
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An ORC CHP plant generates electricity, district heating and heat for drying in a pellet plant from untreated forest wood chips.
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A Swiss wood-based panel manufacturer uses the wood residues from its MDF and particleboard production for its own energy supply – with a flexible firing system that already allows for future expansion.
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A biomass CHP plant supplies a wood industry company with heat for pellet and pallet block production and feeds 55 million kWh of electricity into the grid every year.
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On the site of an industrial company in Borken, a Kablitz waste wood power plant generates steam for electricity and heat.
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In the Odenwald, a Kablitz waste wood CHP plant generates steam for 7.1 MW of electricity and district heating.
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A CHP plant for waste wood of categories A I to A IV generates steam for power generation and district heating in combined heat and power.
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District heating and electricity from regional wood chips. A thermal oil heater supplies 5.135 MW for the energy supply in Bad Mergentheim.
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27 MW of thermal oil output for presses and hall heating. The plant uses waste wood and wood granulate and provides hot gases for a particle dryer.
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28.1 tonnes of saturated steam per hour from wood chips. The biomass heating plant supplies a food industry production site.
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Hot gases for wood-based panel production. A 90-metre duct connects the plant to the dryer; a reciprocating grate and three granulate burners cover different loads.
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Two saturated steam plants with 21 tonnes of steam per hour each. Straw and miscanthus supply energy for a food industry site.
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