Evaluate and control odour pollution nuisances management

Considered the Best Available Technology (BAT) for treating odorous emissions, where final odour concentrations of less than 500 uoE/m³-1.000 uoE/m³ can typically be achieved, which ensures compliance with the strictest odour emission limits.  

Thanks to the inoculation of specific microorganisms in the advanced biomedia, it has the capacity to simultaneously purify nitrogen compounds, sulphur compounds and VOCs.

• Main benefits: 
  • Very high deodorisation efficiency from the first day of operation
  • Very high mechanical resistance and consequently the useful life of the biomedia is up to 8-10 years compared to the usual 2-3 years in conventional biofilters.
  • Operational availability greater than 99%
  • Lower pressure drop, as it is a very porous material, which means that the energy costs for ventilation are almost half that of other biofilters.
  
• Business sector addressed: Waste and Water facilities, Food & Beverage, rendering, etc...
• Time to implement : 20 weeks

Innovative solution for the treatment of odorous compounds from surface sources, such as H2S and VOCs as well as greenhouse gases such as N₂O.

• Main benefits: low-maintenance technology that removes a wide range of pollutants with efficiencies up to 80% and consumes no energy. A cost-effective and sustainable option.

• Business sector addressed: Waste and Water facilities, Food & Beverage, etc.

A plug-and-play solution based on Advanced Biofiltration which treats odour and H₂S (small/medium flowrates).

• Main benefits: 
  • Requires minimal and simple installation, 
  • Effectively treats odour and H₂S emissions 
  • Operates with very low water and electricity consumption, making it an energy-efficient and eco-friendly solution
  • Excellent purification with a cost-effective solution for treating odorous emissions.
  
• Business sector addressed: Wastewater pumping stations, biogas plants, Wastewater Treatment Plants.
• Time to implement : 2-3 months

Highly efficient system in treating emissions with a high presence of hydrogen sulfide (H₂S) and odours (small/medium flowrates). It can also purify other Volatile Organic Compounds (VOCs) and it does not produce harmful byproducts, making it a more environmentally friendly option

• Main benefits: 
  • Able to treat with high-efficiency streams with H₂S concentrations between 10 and 500 ppm 
  • Reduced electricity consumption 
  • Fast installation and start-up (plug & play), reaching maximum operating efficiency in two weeks.
  o 95% H₂S removal efficiency
  • < 1.500 uoE/m³ Odour concentration at system outlet
  • Allows the purification of other odorous compounds besides H₂S, resulting in higher deodorisation efficiency.
  
• Business sector addressed: Wastewater Treatment Plants and pumping stations, other industrial facilities (pulp & paper
• Time to implement : 3-6 months

Covering technology that uses hexagonal-shaped floating pieces, providing a robust, economical, sustainable and long-lasting solution, without the need for additional treatment.  

• Main benefits: 
  • Technology highly durable and reliable, 
  • Cost-effective as it requires minimal maintenance
  • Simple and quick to install
  
• Business sector addressed: Waste facilities, Wastewater Treatment Plants
• Time to implement : 5-6 months

A system that efficiently purifies gases contaminated with Volatile Organic Compounds (VOCs) and other odorous substances.

• Main benefits: 
  • Purification efficiency of over 99.5% for emissions contaminated with VOCs or odours.
  • It can elevate the temperature of the gases to be treated to around 750-850ºC, and up to 950ºC if required, making it versatile for different applications.
  • The high efficiency of the system can potentially lead to cost savings in the long run 
  • Straightforward to operate, requiring minimal manual intervention.
  
• Business sector addressed: Wastewater Treatment Plants and pumping stations, other industrial facilities (pulp & paper)
• Time to implement : 12-16 months

Treatment unit for VOCs, odours, noxious and corrosive gases.

• Main benefits: 
  • Self-cleaning, 
  • Low-pressure drop
  • Small footprint
  • Energy recovery
  • >85% odour removal efficiency (inlet flux < 25 000 x 103 UOE/h)
  • >90% H₂S removal efficiency (inlet flux < 1.000 g/h)
  • >80% VOC removal efficiency (inlet flux < 1 000 g/h)
  
• Business sector addressed: Industrial facilities (food, cosmetic, metallurgical, printing, cement manufacturing, petrochemical plant…)