ReCatalyx EfW

Overview

A residual waste incineration and energy recovery package for permitted municipal or industrial duties. A selected furnace and boiler supply steam or electricity while a complete flue gas treatment and monitoring train controls emissions. Incineration is a separate process from pyrolysis and gasification, and does not eliminate ash disposal requirements.

Product capabilities

• Enclosed reception and bunker
• crane or conveyor
• optional RDF preparation
• furnace and grate or selected bed
• combustion air fans
• boiler

Feedstock and input

Permitted nonrecyclable residual waste or specified refuse derived fuel. Hazardous and medical wastes need separately classified systems.

Core components

• Enclosed reception and bunker
• crane or conveyor
• optional RDF preparation
• furnace and grate or selected bed
• combustion air fans
• boiler
• optional steam turbine
• condenser
• acid gas control
• activated carbon dosing where required
• baghouse
• NOx control
• induced draft fan
• stack monitoring
• separate ash handling

Process

Receive and inspect residuals; combust under controlled conditions; recover steam; treat flue gas; test and manage residues.

Design basis

Develop seasonal waste composition and lower heating value, combustion balance, corrosion allowance, emission limits and ash outlets.

IoT measurements

Waste intake, combustion temperature, steam, power, emissions and residue records with permit-specific reporting.

IoT architecture

Local PLC/HMI, buffered historian and secure gateway; remote alarms and reports. Cloud loss does not stop local control. See common architecture and acceptance tests.

Future capability

Flag efficiency and emissions deviations; qualified operators retain combustion and permit decisions.

Typical applications

U.S. waste authorities and industrial owners; dense global markets with sound residual waste and heat or power economics.

Pilot validation

Demonstrate permit performance, monitoring validity, ash testing, net energy and reliable boiler operation. Include auxiliary fuel.

Problem and deployment scope

Thermal conversion and syngas

How it works

• Enclosed reception and bunker
• crane or conveyor
• optional RDF preparation
• furnace and grate or selected bed
• combustion air fans
• boiler

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

U.S. waste authorities and industrial owners; dense global markets with sound residual waste and heat or power economics.

Documentation

This page describes the published product concept. Validated drawings, datasheets, compatibility and deployment documentation are supplied following technical review.

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