DeNOx
System
Efficiency and Sustainability for your Industry.
P&P Solution – Your Advantage
The DeNOx process is based on selective catalytic
reduction (SCR) of nitrogen oxides generated by
industrial combustion processes. By introducing
reducing agents such as ammonia or urea into
the exhaust stream, NOx is converted into
harmless nitrogen and water vapor. Our system
provides high efficiency in NOx reduction and can
be flexibly adapted to the specific requirements
of your plant.
P&P Solution – Your Advantage
The DeNOx process is based on selective catalytic
reduction (SCR) of nitrogen oxides generated by
industrial combustion processes. By introducing
reducing agents such as ammonia or urea into
the exhaust stream, NOx is converted into
harmless nitrogen and water vapor. Our system
provides high efficiency in NOx reduction and can
be flexibly adapted to the specific requirements
of your plant.
We optimizes your emissions with modular setups
Features and Benefits:
- High Efficiency: Reduction of nitrogen oxides by 90% or more in a single stage and up to 99,5% in double stage DeNOx!
- Flexibility: Adaptable to various industrial processes such as power plants, chemical plants, burner installations, thermal oxidation plants and other high emission sources.
- Compliance with Regulations: Ensures compliance with environmental standards, both at national and international levels.
- Long-Term Operational Reliability: Robust and durable technology that delivers stable results over time when properly maintained.
- Cost-Efficiency: Not only reduces your emissions but also minimizes energy consumption and operating costs.
P&P modular setups:
- Catalyst setup: Single stage SCR catalyst, double stage SCR catalyst, spare room for future capacity increase.
- DeNOx+: Add PrimePurity catalyst for NH3 slip, CO and VOC conversion.
- Layout: Vertical setup for minimum footprint, Bottom inlet or top inlet. Optional horizontal flow layout.
- Thermal integration: Optional heat up with CH4, Biogas or H2 burner, electrical heating or steam heating. Optional heat recovery with tubular or plate heat exchanger.
- DeNOx fluid utility system: Storage and dosing utility system for ammonia gas, ammonia water, urea pellets, urea solution (AdBlue).
- DeNOx fluid injection: Injection chamber in upstream pipe, or injection grid inside reactor.
- Automation: Standalone operation or integration to client PLC.
Main advantages – P&P plants:
- High degradation rate
- Very low pressure drop
- Minimum maintenance
- Low additive consumption
- Selective catalyst
- Modular design
For more details of how it works, download our DeNOx-brochure:
We optimizes your emissions with modular setups
Features and Benefits:
- High Efficiency: Reduction of nitrogen oxides by 90% or more in a single stage and up to 99,5% in double stage DeNOx!
- Flexibility: Adaptable to various industrial processes such as power plants, chemical plants, burner installations, thermal oxidation plants and other high emission sources.
- Compliance with Regulations: Ensures compliance with environmental standards, both at national and international levels.
- Long-Term Operational Reliability: Robust and durable technology that delivers stable results over time when properly maintained.
- Cost-Efficiency: Not only reduces your emissions but also minimizes energy consumption and operating costs.
P&P modular setups:
- Catalyst setup: Single stage SCR catalyst, double stage SCR catalyst, spare room for future capacity increase.
- DeNOx+: Add PrimePurity catalyst for NH3 slip, CO and VOC conversion.
- Layout: Vertical setup for minimum footprint, Bottom inlet or top inlet. Optional horizontal flow layout.
- Thermal integration: Optional heat up with CH4, Biogas or H2 burner, electrical heating or steam heating. Optional heat recovery with tubular or plate heat exchanger.
- DeNOx fluid utility system: Storage and dosing utility system for ammonia gas, ammonia water, urea pellets, urea solution (AdBlue).
- DeNOx fluid injection: Injection chamber in upstream pipe, or injection grid inside reactor.
- Automation: Standalone operation or integration to client PLC.
Main advantages – P&P plants:
- High degradation rate
- Very low pressure drop
- Minimum maintenance
- Low additive consumption
- Selective catalyst
- Modular design
For more details of how it works, download our DeNOx-brochure:
The Future of Emission Reduction
Choose our DeNOx system for maximum efficiency, low operating costs,
and reliable compliance with emission regulations, tailored to your
specific needs for a cleaner and more sustainable future.
P&P SUCCESS STORY:
Helping MGC Specialty
Chemicals Netherlands
achieve Ultra-Low NOx
Emissions
When MGC Specialty Chemicals Netherlands (founded by the Japanese
chemical manufacturer Mitsubishi Gas Chemical Co, Inc) needed a reliable
solution to reduce nitrogen oxide (NOx) emissions while maintaining efficiency,
they turned to us for a customized DeNOx/TNV system. Facing strict
environmental regulations and sustainability goals, they required a system that
would deliver high performance with minimal operational impact. We provided
a tailored DeNOx/TNV solution that achieved over 99% NOx reduction, ensuring
full compliance with emissions standards. Our system was designed for low
pressure drop, optimized operating temperatures, and seamless integration
into their existing processes—maximizing efficiency while keeping operating
costs low. By choosing our DeNOx/TNV technology, MGC Specialty Chemicals
Netherlands will have to take a significant step toward cleaner air and a more
sustainable future.
The Future of Emission Reduction
Choose our DeNOx system for maximum efficiency, low operating costs,
and reliable compliance with emission regulations, tailored to your
specific needs for a cleaner and more sustainable future.
P&P SUCCESS STORY:
Helping MGC Specialty
Chemicals Netherlands
achieve Ultra-Low NOx
Emissions
When MGC Specialty Chemicals Netherlands (founded by the Japanese
chemical manufacturer Mitsubishi Gas Chemical Co, Inc) needed a reliable
solution to reduce nitrogen oxide (NOx) emissions while maintaining efficiency,
they turned to us for a customized DeNOx/TNV system. Facing strict
environmental regulations and sustainability goals, they required a system that
would deliver high performance with minimal operational impact. We provided
a tailored DeNOx/TNV solution that achieved over 99% NOx reduction, ensuring
full compliance with emissions standards. Our system was designed for low
pressure drop, optimized operating temperatures, and seamless integration
into their existing processes—maximizing efficiency while keeping operating
costs low. By choosing our DeNOx/TNV technology, MGC Specialty Chemicals
Netherlands will have to take a significant step toward cleaner air and a more
sustainable future.