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Turnkey Organic Fertilizer Production Municipal Solid Waste Plug Flow Scrubber-Integrated Biomethane Plant

Turnkey Organic Fertilizer Production Municipal Solid Waste Plug Flow Scrubber-Integrated Biomethane Plant Specification

Installation Guideline
Complete civil and erection support provided; ready-to-operate after commissioning

Efficiency (%)
Biogas yield: up to 85% of theoretical maximum; Organic reduction: up to 90%

Production Capacity
Up to 25000 Nm3/day Biogas, solid fertilizer output as per input capacity

Driven Type
Electrical

Temperature Range
35C - 55C (mesophilic or thermophilic modes)

Usage & Applications
Municipal solid waste management, organic fertilizer production, biogas fuel generation for electricity or heat

Motor Power
Variable as per agitator/auxiliary motors (typically 11-55 kW)

Speed
Agitator: 15-30 rpm (variable speed drive)

Accessories
Mixing system, heating coils, biogas purification/skid, storage, gas scrubbing unit, agitator, effluent outlet, online sensors

Plastic Processed
Not intended for plastics; processes organic/biodegradable fractions only

Frequency
50 Hz

Automation Grade
Fully automatic with manual override

Model No
Custom (Site Specific)

Type
Turnkey Organic Fertilizer Production Municipal Solid Waste Plug Flow Scrubber-Integrated Biomethane Plant

Material
Stainless Steel/ Mild Steel (Depending on order specification)

Computerized
Yes

Automatic Grade
Automatic

Control System
PLC Based Control System

Drive Type
Electric Motor Driven

Voltage
380V - 440V, 3 Phase

Power
55-200 kW (customizable as per plant size)

Weight (kg)
Varies depending on capacity (Typically 20000-100000 kg)

Dimension (L*W*H)
Customized as per plant design and capacity

Color
Steel Grey/Custom

Capacity
5 - 300 TPD (Tons Per Day)

Features
High-yield biogas, integrated scrubber, solid/liquid separation, odorless operation, simple maintenance

Power Consumption
0.5 - 3.5 kWh per m3 output

Machine Type
Plug Flow Anaerobic Digester

Surface Finish
Industrial Anti-corrosive coating, Polished MS/SS

Safety Features
Gas pressure relief valve, automated emergency shutdown, leak detection

Sealing System
Integrated water seal for gas retention and safety

Digestion Technology
Plug flow continuous anaerobic digestion with floating drum gasholder

Retention Time
15-35 days typical (customizable based on feedstock and temperature)

Effluent Handling
Separated into anaerobic liquid fertilizer and solid compost

Agitator Type
Heavy-duty steel shaft with reinforced paddles

Support & Service
Full commissioning, training, O&M AMC (Annual Maintenance Contract) available

Output Types
Biogas (methane rich), effluent fertilizer (liquid & solid), carbon credits (optional)

Operation Mode
Continuous/Batch (configurable)

Recommended Feedstock
Municipal solid waste (organic), dairy manure, food and kitchen waste, agri residue

Purification System
Integrated purifier for H2S, moisture, CO2 removal

Gas Scrubbing System
Multi-stage with physical and chemical absorption units

Monitoring & Control
SCADA integration optional, online parameters for pH, temperature, gas volume

Manpower Requirement
Minimal (1-2 operator shift with technical staff on call)

Turnkey Organic Fertilizer Production Municipal Solid Waste Plug Flow Scrubber-Integrated Biomethane Plant Trade Information

Minimum Order Quantity
1 Number

Delivery Time
4

About Turnkey Organic Fertilizer Production Municipal Solid Waste Plug Flow Scrubber-Integrated Biomethane Plant

This state-of-the-art **Turnkey Organic Fertilizer Production Municipal Solid Waste Plug Flow Scrubber-Integrated Biomethane Plant** offers a comprehensive, ready-to-operate solution for urban waste management and renewable energy generation. By utilizing a high-solids **plug flow anaerobic digestion** system, the facility efficiently processes municipal solid waste (MSW) into valuable resources.

The plant's integrated **gas scrubbing technology** purifies raw biogas into high-quality biomethane (renewable natural gas), suitable for grid injection or vehicle fuel. Simultaneously, the nutrient-rich digestate byproduct is refined into premium **organic fertilizer**, closing the circular economy loop. Delivered as a complete turnkey project, it minimizes deployment complexity while maximizing environmental and economic returns. This facility serves as a vital infrastructure asset for municipalities seeking to divert organic waste from landfills, reduce greenhouse gas emissions, and secure a localized source of clean energy and soil enhancers.

Efficient Plug Flow Digesters for Maximum Output

This plant utilizes plug flow continuous anaerobic digestion, enhancing organic reduction and biogas yield-up to 85% efficiency. The robust floating drum gasholder and reinforced steel agitators ensure optimal mixing and stable retention times, adjustable from 15 to 35 days. Designed for high-throughput municipal or agricultural applications, it processes organic feedstock with minimal manpower and convenient automated operation.

Integrated Gas Scrubbing & Purification Technology

Our advanced gas scrubbing system combines physical and chemical absorption units to efficiently remove impurities such as H2S, moisture, and CO2. The integrated purifier ensures the biogas output is methane-rich and safe for energetic applications. With the water seal technology and reinforced safety features, operations remain secure, reliable, and odor-free.

Seamless Fertilizer Production & Effluent Management

Solid-liquid separation at the end of the process provides valuable by-products: nutrient-rich liquid fertilizer and high-grade compost. This dual output streamlines the return of organic matter and nutrients to the soil, supporting sustainable farming and municipal waste reduction. The odorless operation and simple maintenance offer a practical, scalable solution for waste valorization.

FAQ's of Turnkey Organic Fertilizer Production Municipal Solid Waste Plug Flow Scrubber-Integrated Biomethane Plant:

Q: How does the plug flow anaerobic digestion process work in this plant?

A: The plant employs a plug flow anaerobic digester where organic material is continuously fed, mixed by a heavy-duty agitator, and retained for 15-35 days. During digestion, microorganisms break down the biodegradable fraction in the absence of oxygen, producing biogas and reducing organic content by up to 90%.

Q: What types of feedstock can be processed in the biomethane plant?

A: This system is designed to process a variety of organic materials including municipal solid waste, dairy manure, food and kitchen waste, and agricultural residues. It is not intended for processing plastics or non-biodegradable material.

Q: When is the ideal time to operate and commission the plant?

A: Plant operation can begin post-commissioning, which includes full civil works and erection. It operates best with a steady supply of organic waste, year-round, as the temperature range (35-55C) accommodates mesophilic and thermophilic modes for consistent performance.

Q: Where can this plug flow biomethane and fertilizer plant be installed?

A: The system is customizable in dimension and capacity, suitable for municipal waste management facilities, dairy farms, agricultural processing units, and urban organic waste processing sites, depending on available space and local waste generation volumes.

Q: What safety and monitoring features are included in the system?

A: Safety is ensured with gas pressure relief valves, automated emergency shutdown, leak detection mechanisms, and an integrated water seal for gas retention. Monitoring can be managed via SCADA systems, with online tracking of critical parameters like pH, temperature, and gas volume.

Q: How is the output separated and utilized in this plant?

A: Effluent exiting the digester is automatically divided into anaerobic liquid fertilizer and solid compost. Biogas is scrubbed for impurities and can be used for electricity, heating, or as vehicle fuel. Solid and liquid outputs are ideal for agricultural soil enrichment and commercial fertilizer applications.

Q: What are the benefits of using this turnkey biomethane and fertilizer plant?

A: Users benefit from high biogas yields, efficient organic waste reduction, automated and safe operation, and streamlined fertilizer production. The plant supports sustainability by reducing landfill dependency, producing renewable energy, and returning valuable nutrients to the soil.

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