2. Products

PRODUCTS

Products

From clean-fuel combustion equipment to combustion analysis — the PCENT product line-up.

Line-up

Combustion equipment and analysis,
5 products

Our line-up consists of combustion equipment such as low- and zero-carbon burners and crackers, together with CFD-based combustion analysis solutions.

Marine Low- and Zero-Carbon BurnerMARINE BURNER

Product 01

Marine Low- and Zero-Carbon Burner

A low- and zero-carbon burner solution for marine boilers, built for the combustion systems of a shipping industry preparing to switch to carbon-free fuels.

Ammonia firing
Improved flame stability and combustion efficiency
Low-NOx design
Combustion design that reduces nitrogen oxides
Cold-start capability
Combustion technology that eases the preheating burden
Applications
  • Marine boilers
  • Offshore plants
  • Port facilities
Product Inquiry
Low- and Zero-Carbon Burner for Power GenerationPOWER BURNER

Product 02

Low- and Zero-Carbon Burner for Power Generation

A low-carbon transition burner for power and industrial facilities, designed to ease fuel conversion for existing equipment.

Low-carbon fuel conversion
Designed with existing power and industrial equipment in mind
Low-NOx design
Combustion design that reduces nitrogen oxides
CFD-verified design
CFD simulation predicts temperature, flow and flame stability
Applications
  • Utility boilers
  • Industrial furnaces
  • Heat-source equipment
Product Inquiry
Ammonia Cracker

Product 03

Ammonia Cracker

A cracking and integration system for ammonia-based hydrogen use. It decomposes ammonia (NH₃) into hydrogen (H₂) for use as a clean fuel.

Ammonia cracking
Cracking process that decomposes NH₃ into H₂
Combustion integration
Links cracked gas with burners and combustion systems
Hydrogen utilization
Builds an ammonia-based hydrogen supply chain
Applications
  • Hydrogen facilities
  • Power plants
  • Distributed power at ports
Product Inquiry
Solid and Gas Combustion SimulationSIMULATION

Product 04

Solid and Gas Combustion Simulation

Flow, heat-transfer and combustion analysis based on CFD, predicting the combustion behavior of solid and gaseous fuels at the design stage.

Flow analysis
Internal flow and mixing in the combustion chamber
Heat-transfer analysis
Temperature distribution and thermal load prediction
Combustion analysis
Combustion behavior of solid and gaseous fuels
Applications
  • Boiler and burner design review
  • Fuel conversion studies
Request Analysis
Power Plant Analysis with CFDPOWER PLANT ANALYSIS

Product 05

Power Plant Analysis with CFD

Analyzes flow, temperature distribution and emission characteristics inside power plant boilers and furnaces with CFD to support equipment design and operating-condition reviews.

Flow analysis
In-furnace flow and fuel-air mixing
Temperature distribution
Furnace temperature field and hot spots
Emissions
NOx and other emission characteristics
Applications
  • Power plant boiler design review
  • Fuel conversion and operating-condition review
Request Analysis

※ Analysis images are illustrative examples of typical analysis screens, not actual design data.

Contact

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