ReCatalyx
ReCatalyx DeNOx
Reduce nitrogen oxides through a licensed SCR or SNCR route.
- Brand
- ReCatalyx
- Discipline
- Carbon, Resource Recovery & Waste-to-Energy
- Markets
- Environment · Industry · Resources & Waste · Water & Utilities
- Development status
- Product concept
Overview
Reduce nitrogen oxides through a licensed SCR or SNCR route.
Product capabilities
- Reagent storage and dosing
- injection
- catalyst where applicable
- mixing and analyzer interfaces
Core components
- Reagent storage and dosing
- injection
- catalyst where applicable
- mixing and analyzer interfaces
Design basis
Reaction window, gas impurities, catalyst life, NOx limit and ammonia slip; supplier-selected materials and process guarantee.
IoT measurements
NOx, slip where required, reagent flow, temperature and catalyst pressure loss.
IoT architecture
Project-specific instruments connect to local PLC/HMI and a secure gateway with buffered history. Local control remains independent of cloud connectivity.
Typical applications
EfW, SludgeEnergy, BioCHP
Pilot validation
Final sizing, protection and acceptance criteria require the project datasheet, OEM qualification and agreed FAT/SAT tests.
Problem and deployment scope
Reduce nitrogen oxides through a licensed SCR or SNCR route.
How it works
- Reagent storage and dosing
- injection
- catalyst where applicable
- mixing and analyzer interfaces
Architecture
Confirm data sources, field interfaces and operating requirements during discovery. Integration compatibility is reviewed for each deployment.
Integrations
Interface availability and supported protocols require product-specific confirmation.
Deployment
Scope, installation, security, acceptance criteria and training are agreed with the project team.
Use cases
EfW, SludgeEnergy, BioCHP
Documentation
This page describes the published product concept. Validated drawings, datasheets, compatibility and deployment documentation are supplied following technical review.
