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Commercial Grid Injection Animal Manure CSTR (Continuous Stirred Tank Reactor) Automated Feeding Waste-to-Energy Plant

Commercial Grid Injection Animal Manure CSTR (Continuous Stirred Tank Reactor) Automated Feeding Waste-to-Energy Plant Specification

Speed
Agitator speed adjustable (30-60 RPM)

Efficiency (%)
Biogas Yield Efficiency up to 85% conversion of volatile solids

Production Capacity
Biogas yield up to 0.5 m3/kg VS/day, typical 400-2000 Nm3 biogas/day

Temperature Range
Mesophilic (35-40C) or Thermophilic (50-58C) process options

Motor Power
15 HP to 50 HP, depending on model and tank volume

Accessories
Purification system, agitator, gas scrubber, effluent pump, instrumentation, safety valves

Usage & Applications
Biogas production from animal manure, grid injection, organic fertilizer production, waste-to-energy conversion

Installation Guideline
Civil foundation required for digesters, utility connections, safety compliance, trained installation crew

Automation Grade
Automatic

Model No
CSTR-AGF-Grid

Driven Type
Electric Motor/PLC Controlled

Frequency
50 Hz

Type
Commercial Grid Injection Animal Manure CSTR (Continuous Stirred Tank Reactor) Automated Feeding Waste-to-Energy Plant

Material
Mild Steel/SS (Stainless Steel) for digesters, reinforced concrete for tanks, corrosion-resistant gasholder materials

Computerized
Yes

Automatic Grade
Fully Automatic

Control System
PLC and SCADA Based Automation

Drive Type
Electric Motor Driven Agitator

Voltage
415V, 3-phase

Power
Customizable, typically 15-60 kW depending on plant size

Weight (kg)
Varies by plant capacity (average 15,000 - 60,000 kg)

Dimension (L*W*H)
Custom/Modular, typical footprint 12m x 10m x 10m for medium-scale

Color
Standard Industrial Grey or Custom

Capacity
Ranging from 5m3 to 500m3 per day feedstock

Features
Automated feeding, continuous stirred tank, biogas grid injection, advanced gas scrubbing, effluent fertilizer outlet, online monitoring

Surface Finish
Anti-corrosive coated, smooth finish

Machine Type
Continuous Operation Biogas Plant

Power Consumption
Variable 10-50 kWh/day depending on automation and agitation load

Effluent Management
Separated anaerobic digestate for fertilizer use

Safety Features
Gas leak detection, automatic shutdown, pressure relief valves

Purification System
Online gas analysis and purification with filtration media

Gas Scrubbing System
H2S and CO2 removal, high-yield efficiency for clean biogas

Support Service
Remote diagnostics and on-site training available

Feed System
Automated screw or piston feeder

Anaerobic Digester Tank Volume
Sizes from 50,000 to 2,000,000 liters (scalable design)

Mixing Tank
Pre-mixer for homogenization of manure and water

Heating System
Integrated heating coils for temperature control

Gas Holder Type
Floating drum (inverted gasholder) with water seal

Recommended Ambient Temperature
10C to 45C for optimal operation

Gas Flow Rate Control
Automated flow control valves and sensors

Plant Life Expectancy
25 years with regular maintenance

Remote Monitoring
Telemetry system for live data and remote operation

System Integration
Ready for integration with CHP (Combined Heat and Power)

Agitation System
Central vertical agitator with automated interval operation

Applicable Feedstocks
Cow, poultry, pig manure, agri-waste, slurries

Storage Tank
Sealed gas storage with pressure monitoring

Emission Standards
Compliant with local and international biogas emission norms

Grid Injection Module
Biomethane upgrade and grid compatibility interface

Commercial Grid Injection Animal Manure CSTR (Continuous Stirred Tank Reactor) Automated Feeding Waste-to-Energy Plant Trade Information

Minimum Order Quantity
1 Number

Delivery Time
4

Commercial Grid Injection Animal Manure CSTR (Continuous Stirred Tank Reactor) Automated Feeding Waste-to-Energy Plant About

This state-of-the-art commercial waste-to-energy plant utilizes advanced anaerobic digestion technology to convert animal manure into renewable energy. At the heart of the facility is a **Continuous Stirred Tank Reactor (CSTR)**, which ensures optimal mixing and uniform temperature control for maximum biogas yield from the liquid organic feedstock.

The plant features a fully **automated feeding system** that continuously and precisely loads manure, minimizing manual labor, reducing operating costs, and maintaining stable biological conditions inside the digester.

The generated biogas is upgraded to pipeline-quality biomethane for **direct grid injection**, providing a clean, sustainable fuel source for heating and power networks. By diverting agricultural waste, this commercial utility significantly reduces greenhouse gas emissions, mitigates local odor issues, and produces a nutrient-rich digestate that serves as high-value biofertilizer. It represents a profitable, closed-loop circular economy solution for modern livestock waste management.

High-Yield Clean Biogas Production

Our CSTR-based plant maximizes biogas yield-up to 85% volatile solids conversion-thanks to automated feeding, continuous stirring, and precise temperature control. With rigorous H2S and CO2 gas scrubbing, the final biomethane is clean, grid-quality, and suitable for direct injection, facilitating efficient resource utilization and significant energy savings.

Effluent Management and Fertilizer Output

The separation of anaerobic digestate allows safe and sustainable fertilizer production, transforming animal manure into an agronomic resource. This not only reduces waste disposal costs but also supports agricultural productivity, creating dual value streams from both clean energy and organic fertilizer.

Scalable Design and Automation

Designed for flexibility, the plant offers digester sizes from 50,000 to 2,000,000 liters, accommodating diverse operational requirements. Fully automated PLC and SCADA control deliver reliable performance, remote monitoring, and streamlined maintenance-empowering operators with seamless plant management and live diagnostics.

FAQ's of Commercial Grid Injection Animal Manure CSTR (Continuous Stirred Tank Reactor) Automated Feeding Waste-to-Energy Plant:

Q: How does the automated feeding and mixing process work in this biogas plant?

A: The plant features an automated feeding system using screw or piston feeders that regularly introduce manure and agri-waste into a pre-mixing tank. The mixture is homogenized before entering the continuous stirred tank reactor (CSTR), where a central vertical agitator, operated at automated intervals, ensures thorough mixing for optimal microbial digestion and gas yield.

Q: What types of animal manure and other materials can be used as feedstock?

A: This system efficiently processes cow, poultry, and pig manure, as well as other agri-waste and slurries. Its robust design accommodates varying feedstock consistencies, maximizing biogas output from a broad array of organic wastes.

Q: When is effluent from the digester suitable for use as fertilizer?

A: Separated anaerobic digestate becomes available for fertilizer use after the digestion process is complete and effluent is extracted from the reactor. Ensuring nutrient-rich and pathogen-reduced output, the fertilizer can be used directly, supporting sustainable agriculture and closing the nutrient loop.

Q: Where can this plant be installed, and what are the installation requirements?

A: This waste-to-energy plant can be installed in commercial dairy, poultry, or livestock farms, or agro-industrial sites requiring biogas production. A civil foundation is essential for tank stability, and proper utility connections, trained installation crews, and adherence to safety norms are required for commissioning.

Q: What is the role of the gas scrubbing and purification system?

A: The integrated gas scrubbing system removes hydrogen sulfide (H2S) and carbon dioxide (CO2) from the biogas using filtration media. Continuous online gas analysis ensures that only clean, grid-compatible biomethane is produced, safeguarding grid infrastructure and enhancing energy usability.

Q: How does the grid injection module benefit plant operators?

A: The grid injection module upgrades biogas to biomethane and seamlessly interfaces with standard grid systems. This enables operators to monetize energy production by supplying renewable gas directly to national or regional utility grids, maximizing return on investment and supporting sustainability targets.

Q: What support and operational oversight are provided for this plant?

A: Comprehensive support includes remote telemetry for live monitoring and diagnostics, on-site training, and automated safety controls such as gas leak detection and emergency shutdown. Regular maintenance, as recommended, extends the plant's life expectancy to up to 25 years, ensuring longstanding operational reliability.

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