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Turnkey Vehicular Fuel (CBG) Agricultural Residue Covered Lagoon High-Yield Waste-to-Energy Plant

Turnkey Vehicular Fuel (CBG) Agricultural Residue Covered Lagoon High-Yield Waste-to-Energy Plant Specification

Model No
CBG Lagoon Pro/HD-AGRI

Production Capacity
5,000-50,000 Nm3/day Biogas/CBG

Motor Power
Custom: 1.5-22 kW per drive (Feed, slurry circulation, agitators)

Driven Type
Electric/Mechanical

Frequency
50 Hz (Standard); 60 Hz available on request

Temperature Range
Ambient operation, mesophilic/thermophilic digestion: 30-55C

Installation Guideline
Civil, electrical, utility interface as per technical drawing; on-site commissioning support

Usage & Applications
Vehicular Fuel (CBG) production, electricity generation, organic manure/fertilizer, food waste and manure processing

Plastic Processed
N/A; processes organic waste

Accessories
Gas pressure gauge, water trap, slurry agitator/recirculator, top cover, biogas purification skid, digestate storage tanks

Speed
Variable drive; up to 25 rpm (agitator) as per design

Efficiency (%)
Up to 92% organic matter conversion efficiency

Automation Grade
Automatic

Type
Turnkey Vehicular Fuel (CBG) Agricultural Residue Covered Lagoon High-Yield Waste-to-Energy Plant

Material
Reinforced Concrete, Biogas-compatible steel, Anaerobic-grade HDPE liner

Computerized
Yes

Automatic Grade
Fully Automatic

Control System
SCADA/PLC Based Advanced Smart Control

Drive Type
Electric Motor-Driven Feed and Slurry Management System

Voltage
380-415V, 3 Phase, 50 Hz

Power
Customizable based on plant capacity (Standard: 15-60 kW primary)

Weight (kg)
Depends on capacity; Typical plant: 25,000-200,000 kg

Dimension (L*W*H)
Customizable per project; Standard: 25m x 14m x 9m (for 10-30TPD plants)

Color
Standard Concrete Grey/Structural Coating as per project

Capacity
10-100 Tons Per Day (TPD) input substrate (Customizable)

Features
Covered lagoon, high biogas output, co-digestion (food waste & manure), fixed dome reactor, pressure gauge, water trap, removable top cover, odor controlled, integrated digestate outlet

Machine Type
Fixed Dome Co-Digestion Biogas Plant

Power Consumption
1.2-8.0 kWh/ton substrate (depending on automation level)

Surface Finish
Concrete/steel protected with waterproof, chemical-resistant liner

Primary Pretreatment
Automated substrate mixing & slurry preparation

Environmental Compliance
Meets CPCB and National Green Tribunal (NGT) standards

Digestate Output Types
Liquid for fertigation, solid for composting

Expandability
Modular design for future expansion

Biogas Purity
Up to 98% Methane (with purification skid)

Gas Storage
Integrated or modular gas holding balloon, 2000-15000 Nm3

CHP Engine Option
Yes; for combined heat & power generation

CHP Integration
Available for power and heat co-generation applications

Maintenance Interval
6 months typical for equipment checks

Operator Requirement
1 skilled operator/shift (for fully automatic)

Installation Time
3-6 months depending on capacity

Retention Time
30-45 days (customizable for substrate and climate)

Gas Outlet Valve Type
High-precision, corrosion-resistant

Supporting Documentation
Detailed P&I diagrams, O&M manuals, training modules

Site Requirement
Level plot, water and electric supply, substrate/feedstock access

Safety System
Integrated pressure and temperature safety interlocks

Remote Monitoring
IoT-based dashboard optional

Odor Control Technology
Enclosed system, active venting and scrubbing

Turnkey Vehicular Fuel (CBG) Agricultural Residue Covered Lagoon High-Yield Waste-to-Energy Plant Trade Information

Minimum Order Quantity
1 Number

Delivery Time
4

Turnkey Vehicular Fuel (CBG) Agricultural Residue Covered Lagoon High-Yield Waste-to-Energy Plant About

This state-of-the-art **Turnkey High-Yield Waste-to-Energy Plant** represents a fully integrated, ready-to-operate solution designed to convert agricultural residue into high-value Compressed Biogas (CBG) for vehicular fuel.

Utilizing an advanced covered lagoon anaerobic digestion system, the facility efficiently processes large volumes of agricultural waste while minimizing capital and operational costs. The covered lagoon design effectively captures raw biogas, which undergoes sophisticated cleaning, upgrading, and compression processes to meet stringent vehicular fuel standards.

By transforming agricultural residueswhich are otherwise often burned or left to decomposeinto clean, renewable fuel, this turnkey plant offers a circular economy solution. It provides agricultural processors with a sustainable waste management system, reduces greenhouse gas emissions, and generates a reliable, local source of renewable energy for transport, all delivered as a complete, commission-ready installation.

Advanced Biogas Production Technology

This plant employs a covered lagoon fixed dome reactor with automated substrate preparation, mesophilic/thermophilic operation, and high-efficiency co-digestion. It guarantees up to 92% organic matter conversion and biogas outputs of 5,000 to 50,000 Nm3/day, benefitting from refined gas purification and odor control technologies.

Turnkey Installation and Seamless Operation

With a modular, expandable design and customizable capacities, the plant can be installed on-site in 3-6 months following civil and utility preparations. The integrated SCADA/PLC control system ensures reliable, low-maintenance operation, allowing a single skilled operator per shift for fully automatic functionality.

Comprehensive Environmental and Operational Compliance

Meeting national standards for environmental protection, the system features covered lagoons, active venting, leak-proof liners, and digestate management for fertigation and composting. All supporting documentation, including P&I diagrams, O&M manuals, and training, simplifies operation and regulatory approvals.

FAQ's of Turnkey Vehicular Fuel (CBG) Agricultural Residue Covered Lagoon High-Yield Waste-to-Energy Plant:

Q: How does the plant convert agricultural residue and organic waste into CBG vehicular fuel?

A: The plant uses an anaerobic digestion process within a covered lagoon to break down agricultural residue, food waste, and manure. Automated pretreatment mixes and prepares the substrate, which is digested over 30-45 days, producing high-methane biogas. This gas is purified to up to 98% methane using a dedicated skid and stored for use as compressed biogas (CBG) vehicular fuel.

Q: What are the main benefits of the plant's covered lagoon and automated systems?

A: The covered lagoon design ensures minimal odor emissions and prevents fugitive methane loss, while the automated substrate mixing and SCADA/PLC-based controls maximize process efficiency and consistency. This results in high biogas yields, reduced labor, and excellent environmental compliance.

Q: When can the plant be installed and become operational at my site?

A: Installation typically takes 3-6 months after site readiness, depending on plant capacity and civil/electrical interface completion. Turnkey commissioning support and training are provided, ensuring the system is operational soon after setup.

Q: Where is this biogas plant suitable for installation?

A: The plant requires a level plot with access to water, electricity, and a steady feedstock supply. It's well-suited for agricultural clusters, food processing units, and integrated farming operations aiming to process organic residues and produce CBG for transport, power, or fertilizer.

Q: What is the process for digestate management and its possible uses?

A: The plant outputs both liquid and solid digestate. Liquid digestate can be used for fertigation, while solid digestate is ideal for composting. Both options support sustainable agriculture by recycling nutrients back to the soil.

Q: How is operational safety and environmental compliance ensured?

A: Integrated pressure and temperature safety interlocks, high-precision valves, enclosed gas storage, and advanced odor control help prevent accidents and emissions. The plant meets CPCB and National Green Tribunal standards for biogas operations and waste management.

Q: What are the usage options for the generated biogas and the advantages of CHP integration?

A: The high-methane biogas can be refined for CBG vehicular fuel, used to generate combined heat and power via a CHP engine, or, after purification, for grid injection. CHP integration maximizes energy recovery, offering both electricity and thermal energy for on-site operations or distribution.

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