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ReCatalyx

ReCatalyx Digestate

Resource recovery and useful heat

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

Overview

A digestate conditioning and nutrient recovery package that manages the liquid and solid outputs from BioDigest. It can combine solids separation, controlled composting or drying, nutrient recovery and liquid polishing according to the outlet. Digestate is not automatically an approved fertilizer, especially when biosolids are included.

Product capabilities

  • Buffer tank
  • polymer dosing if required
  • screw press, belt press or decanter
  • solids conveyor
  • optional composting or drying
  • nutrient recovery reactor

Feedstock and input

Characterized digestate with measured nutrients, pathogens, metals and relevant contaminants.

Core components

  • Buffer tank
  • polymer dosing if required
  • screw press, belt press or decanter
  • solids conveyor
  • optional composting or drying
  • nutrient recovery reactor
  • liquid treatment
  • odor management
  • sample points
  • storage and controls

Process

Separate digestate; condition solids; recover selected nutrients; treat or reuse liquid under approved conditions.

Design basis

Confirm nutrient balance, outlet quality, seasonal land access, wastewater loading, chemical use and residue transport.

IoT measurements

Flow, dry solids, separation performance, dosing and storage; link nutrient and contaminant laboratory results.

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 unusual nutrient and separation results and reconcile weighed product movements.

Typical applications

U.S. farms and organic waste processors; global digestion plants with approved nutrient or material outlets.

Pilot validation

Demonstrate outlet testing, odor management, pathogen controls as applicable and lawful reuse or disposal records.

Problem and deployment scope

Resource recovery and useful heat

How it works

  • Buffer tank
  • polymer dosing if required
  • screw press, belt press or decanter
  • solids conveyor
  • optional composting or drying
  • nutrient recovery reactor

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. farms and organic waste processors; global digestion plants with approved nutrient or material outlets.

Documentation

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

Request demo

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