We provide certified tanker transport and seamless Just-In-Time deliveries of urea solutions (AUS 32, AUS 40), ammonia water and desulfurization sorbents directly into your operating tanks. We help you meet strict BAT emission limits and cut pollution charges.
Emission Hub · Monitoring
Certified Portfolio
Urea AUS 40
Non-ADRHigh efficiency
Urea AUS 32
AdBlue®Safe handling
Ammonia water
ADRInstant reaction
DeSOx sorbents
SorbentsSO₂ reduction >90%
Guaranteed compliance with BAT/BREF limits and zero risk of environmental penalties.
up to 95%
NOx and SOx emission reduction efficiency
24/7
Dispatch and express emergency deliveries
18,000+ t
Reagents delivered annually in SK and EU
100% ADR
Certified transport with documented quality
Industrial emission reduction
Tightening European BAT/BREF standards and the IED directive require heating plants and industrial sources to cut nitrogen and sulphur oxides without compromise. Our certified solutions and sorbents deliver high flue gas cleaning efficiency at the lowest operating cost.
By injecting urea solutions (AUS 32, AUS 40) or ammonia water into the flue gas stream, harmful nitrogen oxides (NO and NO₂) are converted into harmless nitrogen gas (N₂) and water vapor (H₂O).
The application of highly efficient sorbents (sodium bicarbonate, hydrated lime) and special additives binds sulfur dioxide (SO₂) and sulfur trioxide (SO₃) before release into the atmosphere.
By reducing NOx and SOx production, you significantly reduce statutory air pollution fees and save hundreds of thousands of euros on purchasing emission allowances and environmental penalties.
We use proven chemical reduction and absorption processes that turn hazardous gaseous pollutants into natural components of the atmosphere, with no secondary waste.
4 NO + 2 (NH₂)₂CO + O₂ → 4 N₂ + 4 H₂O + 2 CO₂
Urea or ammonia reacts with nitrogen oxides, producing harmless nitrogen gas (N₂) and pure water vapour (H₂O).
2 NaHCO₃ + SO₂ + ½ O₂ → Na₂SO₄ + 2 CO₂ + H₂O
The sorbent neutralises sulphur dioxide (SO₂) and binds acidic components into dry sulphate salts captured on the fabric filter.
-60 to -95%
NOx emission reduction
-85 to -98%
SO₂ / SO₃ capture
100% BAT
Compliance with EU limits
0 €
Fines and penalties
Want to calculate consumption for your source?
CalculatorA coal, gas, biomass or waste-to-energy boiler produces flue gas containing NOx and SO₂.
Precision dosing nozzles inject the urea solution into the duct ahead of the catalyst.
The catalytic layer accelerates chemical reduction of NOx into nitrogen gas (N₂) and water vapour (H₂O).
The highest achievable NOx reduction rate, full BAT compliance and zero penalties.
Interactive reagent and savings calculator
Enter your plant parameters and get an instant estimate of the required reducing agent volume (AUS 32, AUS 40, ammonia water), DeSOx sorbents and total annual savings on emission charges and allowances.
Accounts for statutory air pollution charges and savings on ETS emission allowances.
Savings on pollution charges and allowances
84 000 €
per year40% solution · non-ADR
85.3 t / year
approx. 4 tankers (24 t)
Lowest logistics cost per tonne of active substance.
32.5% (AdBlue®)
105.0 t / year
approx. 5 tankers
Universal reagent for standard industrial SCR systems.
UN 2672 · ADR regime
79.3 t / year
approx. 4 ADR tankers
Fast dissociation in flue gas for large heating plants.
DeSOx sorbent consumption (NaHCO₃ / hydrate):
Dry desulfurization to capture sulphur oxides
Product Portfolio
We supply certified solutions and sorbents for SCR, SNCR and flue gas desulfurization technologies. All products meet strict purity standards and are ready for direct dosing.
Highly pure aqueous urea solution with a concentration of 32.5% designed for SCR systems of industrial boilers, cogeneration units and stationary engines.
More concentrated 40% urea solution designed for large energy sources, heating plants and waste incinerators - brings lower logistics costs per 1 kg of active substance.
Aqueous ammonia solution (NH₃) with high reactivity for industrial SNCR and SCR systems. Economically the most advantageous reagent for large-volume NOx reduction.
Highly reactive sorbents (sodium bicarbonate, hydrated lime) for dry and semi-dry cleaning of flue gases from sulfur oxides (SO₂ / SO₃) and acid components (HCl, HF).
Pure granulated urea without additives for plants with their own mixing and dissolving station to prepare a reducing solution directly on site.
Special chemical additives adapted to specific fuel (coal, biomass, RDF/waste) to prevent high-temperature corrosion and the formation of deposits in boilers.
With every reagent delivery we provide a laboratory batch analysis report and a current safety data sheet (SDS) under REACH and CLP. All shipments are fully traceable and archived.
Comprehensive service and logistics
We take responsibility for the entire supply chain: certified procurement, safe tanker transport under the ADR regime, direct decanting into your plant, and telemetric consumption monitoring.
Specialized tank transport of reducing agents directly to your operational tanks. Dedicated stainless steel tanks with their own pumps and calibrated flow meters ensure accurate and clean decanting without the need for intermediate storage.
We help plants set the ideal ratio of reagent and sorbent with respect to the temperature profile of flue gases, sulfur and nitrogen content in fuel and required emission ceilings for maximum cleaning efficiency.
Possibility to install contactless level sensors on your operational tanks. The system automatically alerts of a drop in level and schedules deliveries so that your technology is never left without a reagent.
We manage every transport in accordance with the international ADR agreement under the supervision of a safety advisor (DGSA). With every delivery, we provide a batch quality certificate and a safety data sheet (SDS).
We fit your stationary tanks with contactless radar sensors. Our central dispatch monitors consumption in real time and automatically sends out a tanker when the level drops below the safety minimum.
Proven in Practice
See how we help heating plants, industrial boilers and energy sources meet emission ceilings and save tens of thousands of euros in operating costs.
Heating PlantHigh logistics costs with large consumption of 32.5% solution and the need to meet the stricter BAT limit of 80 mg/Nm³.
Optimization of dosing and transition to concentrated urea solution AUS 40 with dedicated tank transport.
Waste Incinerator (WTE)Fluctuating sulfur and chlorine content in waste caused SO₂ limits to be exceeded and acid corrosion of the flue.
Deployment of dry desulfurization with high-purity NaHCO₃ sorbent and Just-In-Time tank deliveries.
CogenerationRisk of unplanned engine shutdown in case of delayed reagent delivery during the winter peak period.
Installation of contactless telemetry level monitoring with 24/7 dispatch and automatic delivery.
Safety and quality
Handling ammonia water (UN 2672) and concentrated urea requires professional equipment and trained staff. We work in strict compliance with ADR regulations, under the supervision of a safety adviser.
ADR & DGSA
Certified transport of dangerous goods
ISO 9001
Supply quality management system
ISO 14001
Environmental standards and ecology
REACH / CLP
Full documentation and SDS for every batch
Transports of dangerous goods (ammonia water UN 2672) are carried out under the permanent supervision of a certified DGSA advisor.
Our drivers have full ADR qualifications, stainless steel tankers feature safety fuses, emergency equipment and GPS telemetry.
We inspect tankers before filling. From each delivered batch, we take and archive a control sample for 100% traceability.
We transport concentrated AUS 40 solutions and urea in insulated heated tankers, which eliminates the risk of crystallization even in severe frosts.
Why work with us
A reagent outage or an exceeded emission limit costs a heating plant thousands of euros per day. Our logistics is built for flawless operation with a guaranteed delivery.
Accurate dosing of certified reagents reduces emissions of nitrogen oxides and sulfur oxides by 60 to 95%. You will reliably meet the strictest BAT and IED emission ceilings.
Every ton of reduced NOx and SOx emissions means direct financial savings on state pollution fees and the costs of purchasing emission quotas.
Continuous dispatch ensures smooth supply to your tanks. In case of an unplanned increase in consumption, we will deliver an emergency supply usually within 24 hours.
You do not need your own intermediate storage. Our stainless steel tankers with their own pumps will decant the solution directly into your dosing technology.
Every tanker leaves with a quality certificate. We guarantee precise concentration, purity according to ISO 22241 and a minimum content of impurities protecting your nozzles and catalysts.
Stable pricing policy without hidden surcharges for decanting, waiting or weekend deliveries. Contractual guarantees of price and volumes for the entire heating season.
Proven process
Fast rollout with no administrative delays and no risk of an outage.
We analyze your source of pollution (boiler, furnace, incinerator), the required NOx / SOx reduction and the capacity of your tank.
We will calculate the exact annual consumption of the reagent, compare AUS 32 / AUS 40 / ammonia and quantify the expected savings on emission fees.
We set fixed prices, SLAs for emergency deliveries, 24/7 dispatch access and the connection of telemetry level monitoring.
We provide regular deliveries directly to your tank right on time, with a quality certificate and without worries for your operation.
Frequently asked questions
Do you have a technical question about dosing, switching from urea to ammonia, or legislative requirements? We are ready to provide a free consultation.
During NOx reduction (DeNOx), a urea solution or ammonia water is injected into the flue gas. In reaction with NOx, harmless nitrogen (N₂) and water vapor (H₂O) are formed. When reducing SOx (DeSOx), special sorbents (sodium bicarbonate or hydrated lime) are dosed into the flue to chemically neutralize acidic sulfur oxides (SO₂ and SO₃) into solid salts catchable by a filter.
In accordance with the valid air protection and pollution fees legislation, every ton of NOx and SO₂ emissions is subject to fees and strict penalties. By reducing emissions by tens to hundreds of tons per year, savings on fees and quotas reach tens to hundreds of thousands of euros, which more than covers the costs of the reagent itself.
Both products supply the ammonia needed for the reaction. Urea solutions are extremely safe to handle and are not subject to ADR. AUS 40 is more concentrated than AUS 32 and saves transport costs. Ammonia water (24.5% NH₃) has immediate reactivity and a lower purchase price per unit of active substance, but is transported and handled under the strict ADR regime (UN 2672).
No, you do not need any intermediate storage. We deliver reagents in Just-In-Time mode by tank trucks directly to your stationary operational tanks, or in IBC containers directly to the point of consumption. Thanks to our dispatching and level monitoring capabilities, we ensure that you always have a supply in a safe operational range.
We deliver from single IBC containers (1,000 liters) to complete tank sets (25 to 30 tons) and regular annual volumes in thousands of tons. Thanks to optimized routes, we can flexibly serve smaller cogeneration units as well as large heating plants.
Thanks to the 24/7 dispatch and a fleet of dedicated tankers, we are able to make an emergency delivery for our contractual partners usually within 24 hours of reporting, so that emission limits are not exceeded.
Non-binding inquiry
Fill in the form with your requirements, or send the parameters straight from our calculator. We will prepare a detailed calculation with a price guarantee.
Contact and logistics coverage
Dispatch and emergency support are available 24 hours a day, 7 days a week. For contracted partners we guarantee a prompt response and delivery within 24 hours.
Mon – Fri 7:00 – 17:00, dispatch 24/7
Regular tanker routes and express deliveries in these regions:
Call our dispatch or request a free consumption analysis.
