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ReCatalyx

ReCatalyx BioSolid

Sludge, biosolids and fecal sludge

Brand
ReCatalyx
Discipline
Carbon, Resource Recovery & Waste-to-Energy
Markets
Environment · Industry · Resources & Waste · Water & Utilities
Development status
Product concept
AI-generated illustrative sludge, biosolids and fecal sludge concept; not an engineered layout or a deployed ASUTOS facility.
AI product concept

Overview

A biosolids stabilization and conditioning package for a defined permitted outlet. Choose qualified digestion, composting, lime stabilization or controlled drying according to feed, pathogen target and use. These are alternative engineered routes, not automatically interchangeable modules. A Class A designation, where applicable, does not by itself satisfy every reuse obligation.

Product capabilities

  • Feed buffer
  • route-specific stabilizer, composting aeration or thermal dryer
  • temperature and residence monitoring
  • dewatering where required
  • heat exchanger and dryer air treatment
  • dust collection

Feedstock and input

Domestic sewage sludge or already digested biosolids with representative pathogen, nutrient, metals and relevant contaminant testing.

Core components

  • Feed buffer
  • route-specific stabilizer, composting aeration or thermal dryer
  • temperature and residence monitoring
  • dewatering where required
  • heat exchanger and dryer air treatment
  • dust collection
  • fire protection
  • controlled product cooling
  • covered storage
  • sampling and batch traceability

Process

Qualify feed; apply the selected treatment; verify pathogen and vector-attraction requirements; condition and document the product; release only to a permitted outlet.

Design basis

Set moisture and storage limits, route validation, heat demand, odor control, contaminant testing, transport and seasonal outlet capacity.

IoT measurements

Treatment conditions, moisture, pathogen and pollutant laboratory results, batch release and outlet records.

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

Track treatment history and flag incomplete evidence; qualified personnel authorize release.

Typical applications

U.S. utilities and permitted biosolids service operators; global facilities with approved nutrient recovery or disposal outlets.

Pilot validation

Demonstrate route-specific treatment conditions, independent product testing and compliant outlet records. No automatic PFAS destruction or unrestricted fertilizer claim.

Problem and deployment scope

Sludge, biosolids and fecal sludge

How it works

  • Feed buffer
  • route-specific stabilizer, composting aeration or thermal dryer
  • temperature and residence monitoring
  • dewatering where required
  • heat exchanger and dryer air treatment
  • dust collection

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. utilities and permitted biosolids service operators; global facilities with approved nutrient recovery or disposal outlets.

Documentation

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

Request demo

Request a product demo