Industrial Drying Plant Manufacturer in Austria
Explore the technologyLooking for drying plants manufacturers in Austria? STRONGA builds FlowDrya lines to order at its Hertfordshire works and supplies them to Austria — see the regulatory and economic context below.
FlowDrya biomass drying plants are engineered and built to order at the STRONGA works in Hertfordshire and supplied to operators here, though no FlowDrya biomass plant is yet documented on home soil. Biomass is central to this energy system: wood, bark, chip and agricultural residues feed heat, power and district-heating networks across the country, and every one of those fuels performs better dry. A continuous-flow FlowDrya conditions a wide range of biomass to a low, even moisture on a deep, agitated bed, lifting calorific value and combustion stability while stabilising material that would otherwise rot, self-heat or clog a feed. That versatility across feedstocks is what a mixed biomass site needs.
Supplying Austria
We supply Austria from our Hertfordshire works — we have no documented FlowDrya installation in Austria yet.
Regulatory context
The Abfallwirtschaftsgesetz 2002 (AWG 2002) is Austria's framework waste statute and transposes the EU Waste Framework Directive into national law. It fixes a five-step waste hierarchy — prevention, preparation for re-use, recycling, other recovery including energy recovery, and disposal only as a last resort — so an operation that dries a wet residue into a fuel or a soil product counts as recovery and ranks above burial in the legal order.
Source: https://www.ris.bka.gv.at/GeltendeFassung.wxe?Abfrage=Bundesnormen&Gesetzesnummer=20002086 · checked 2026-08
Austria was an early mover against landfill. Under the Deponieverordnung, waste exceeding a strict five per cent total-organic-carbon limit — untreated municipal waste and the combustible residual fraction within it — may not be landfilled; the ban was phased in from 2004 and consolidated in the Deponieverordnung 2008. Cheap burial of wet, biodegradable residue is therefore closed off, which pushes such material toward pre-treatment, drying and recovery rather than a hole in the ground.
Source: https://www.ris.bka.gv.at/GeltendeFassung.wxe?Abfrage=Bundesnormen&Gesetzesnummer=20005653 · checked 2026-08
Burning waste-derived fuel — including co-incineration alongside clinker in cement kilns and in power plants — is governed by the Abfallverbrennungsverordnung (AVV), which sets the emission limits and waste-input criteria such an installation must meet; the recast AVV 2024 took effect on 1 January 2025. A dried alternative fuel (Ersatzbrennstoff) of consistent low moisture and documented quality is exactly what these licensed co-incineration plants can accept in place of fossil coal or petcoke.
Source: https://www.bmluk.gv.at/themen/klima-und-umwelt/abfall-und-kreislaufwirtschaft/recht/abfallwirtschaftsgesetz-verordnung/abfallverbrennung.html · checked 2026-08
Compost and solid digestion products made from waste can shed their waste status and be marketed as quality compost once they satisfy the Kompostverordnung (BGBl. II No. 292/2001), which fixes the permitted raw materials, quality classes, labelling and contaminant limits a product must hold. A dried, stabilised feedstock holds those quality bands far more easily than a wet, actively degrading one, and is far cheaper to store and transport.
Source: https://www.ris.bka.gv.at/GeltendeFassung.wxe?Abfrage=Bundesnormen&Gesetzesnummer=20001486 · checked 2026-08
Applicable standards: EN ISO 21640, EN ISO 17225-4, EN ISO 18134, Kompostverordnung (BGBl. II No. 292/2001) quality classes.
Economic context
Austria prices carbon on heating, transport and small-industry fuels through its national emissions trading scheme (Nationaler Emissionszertifikatehandel, NEHG), introduced in 2022. The fixed price reached 55 euros per tonne of CO2 in 2025 and remains at 55 euros in 2026, holding until the EU ETS 2 for buildings and road transport starts in January 2028; heavy industry sits under the EU Emissions Trading System. Displacing coal or petcoke with a dried waste- or biomass-derived fuel avoids a real per-tonne charge.
Source: https://icapcarbonaction.com/en/ets/austrian-national-emissions-certificate-trading-system · checked 2026-08
Austria's cement industry is the world leader in alternative fuels: the industry association VÖZ reports that Ersatzbrennstoffe (waste-derived and biomass fuels) now cover more than 80 per cent of kiln thermal energy — against an EU average of roughly 40 per cent. That underpins deep, established domestic demand for a dried, specification-consistent fuel that offers a low, even moisture and a documented calorific value.
Source: https://www.bvse.de/verwertung/nachrichten-altholz-ersatzbrennstoffe-bioabfall/3313-oesterreichs-zementindustrie-weltmeister-beim-einsatz-alternativer-brennstoffe.html · checked 2026-08
Bought-in energy is a real cost. Statistics Austria reports a gross electricity price of 0.293 euros per kWh and a gross natural gas price of 0.126 euros per kWh. High delivered energy prices favour drying systems built around recovered kiln, boiler or flue heat rather than grid electricity or bought-in gas.
Source: https://www.statistik.at/en/statistics/energy-and-environment/energy/energy-prices-taxes · checked 2026-08
Electricity from solid biomass and biogas is supported under the Erneuerbaren-Ausbau-Gesetz (EAG, Renewable Energy Expansion Act) of 2021 through market premiums and technology tenders, part of Austria's statutory targets of 100 per cent renewable electricity by 2030 and climate neutrality by 2040. Austria runs one of Europe's most biomass-intensive energy systems, so a dried biomass or biogas fuel feeds an established, incentivised renewable market rather than a marginal one.
Source: https://www.ris.bka.gv.at/GeltendeFassung.wxe?Abfrage=Bundesnormen&Gesetzesnummer=20011619 · checked 2026-08
Worked illustration (assumptions stated):
Domestic economics reward a dried, storable biomass fuel. Solid-biomass and biogas generation are supported under the EAG toward the 100 per cent renewable-electricity goal for 2030 and climate neutrality by 2040, so upgraded fuel feeds an incentivised market. Because bought-in energy is dear – gross electricity at 0.293 euros per kWh, gas at 0.126 euros per kWh – a plant fed by recovered process or boiler heat converts cheaply, whereas grid-powered drying erodes the return. Displacing fossil fuel also sidesteps the 55-euro-per-tonne national carbon charge where relevant. A wet, variable feed is discounted; a dry, consistent one holds a firm offtake. Assumptions: feedstock mix, heat source and offtake are site-specific.
Figures are indicative and were last reviewed August 2026; energy and disposal prices move — contact us for a current assessment.
Industrial Drying Plant Manufacturer in Austria — FAQ
Do you have a biomass drying plant here?
Not yet, and we will not suggest one. Every FlowDrya is manufactured to order in Hertfordshire and commissioned on site; our documented references dry biomass and waste residues in Britain on the same platform.
What biomass can FlowDrya dry?
Woodchip, bark, brash, sawdust, agricultural residues and digestion fibre among others. The deep-bed, agitated design handles a wide range of particle sizes and moistures, conditioning each to the level its end use requires.
Why is drying central to biomass energy?
Water in the fuel is boiled off before any useful heat is released, so wet biomass wastes energy and destabilises combustion. Drying raises calorific value, steadies the burn and lets the fuel be stored without rotting.
How does the EAG affect the business case?
Biomass and biogas electricity are supported through market premiums and tenders under the EAG, part of the push to 100 per cent renewable electricity by 2030. A dried, higher-value fuel makes the most of that support.
What heat source runs the plant?
FlowDrya is built around low-grade recovered heat – spare boiler, flue or process heat – so a biomass or industrial site can dry its own fuel without buying in expensive energy.
How is a biomass plant delivered and commissioned?
The plant is fully assembled and factory-tested, then broken down for freight and reassembled on arrival. It is connected to the available heat supply and brought online through a structured start-up, shutdown and supervised trial, with operator training completed before handover.