High-Temperature Biodegradation Equipment

Product Overview

The high-temperature biodegradation equipment is a specialized device dedicated to the harmless treatment and resourceful utilization of organic waste. Relying on heat-resistant microbial strains, it operates under precisely controlled conditions of temperature, humidity, and oxygen supply to rapidly decompose and ferment various types of organic waste—including dead animals, kitchen waste, and agricultural residues—transforming them into high-quality commercial organic fertilizer that meets NY525 standards. The equipment features a double-layer heating system combined with a stirring mechanism, ensuring thorough contact between the materials and microorganisms. The fermentation temperature is stably maintained at 60–75°C, efficiently eliminating pathogenic bacteria and weed seeds while shortening the fermentation cycle to 24–48 hours. This enables rapid harmless treatment and high-value conversion of organic waste, providing efficient and reliable solutions for organic fertilizer producers, livestock farms, agricultural parks, and environmental treatment companies.

Working Principle

The core working principle of the high-temperature biodegradation equipment is based on microbial aerobic fermentation technology: first, organic waste is fed into the device, where a double-layer heating system precisely controls the internal temperature within the 60–75°C range. Simultaneously, a humidity control system regulates the moisture level of the materials, while an oxygen supply system provides ample oxygen to support the heat-resistant microorganisms. A continuous stirring mechanism ensures thorough mixing and contact between the organic waste and microbial strains, enabling the microorganisms to rapidly multiply using the waste as a nutrient source and accelerating the decomposition and fermentation process. At temperatures of 60–75°C, pathogenic bacteria and weed seeds in the materials are completely eliminated, achieving harmless treatment. After fermentation, the equipment dries the material to reduce its moisture content, ultimately producing high-quality organic fertilizer with an organic matter content of ≥45%, easy storage, and high commercial value. The entire process is managed by an automated control system, ensuring stable parameters and reliable operation.

Core Performance Advantages

1. Microbial degradation with high harmlessness: Utilizing heat-resistant microbial strains to break down organic waste, combined with a high-temperature fermentation environment of 60–75°C, this equipment thoroughly eliminates pathogenic bacteria and weed seeds, ensuring that the treated materials meet harmlessness standards and preventing environmental and health risks associated with pathogen transmission.
2. Rapid high-temperature fermentation with outstanding efficiency: Precisely controlled high-temperature conditions shorten the fermentation cycle to 24–48 hours, significantly improving efficiency compared to traditional composting methods, allowing for swift processing of large volumes of organic waste and meeting the demands of large-scale organic waste disposal.
3. Production of high-quality organic fertilizer with high commercial value: After fermentation and drying, the resulting product contains ≥45% organic matter and complies with NY525 standards, making it suitable for direct use in agricultural production to improve soil structure and reduce chemical fertilizer usage, delivering both environmental and economic benefits.
4. Automated control for stable operation: Equipped with a comprehensive automated control system, the device can precisely adjust fermentation parameters such as temperature, humidity, and oxygen supply, minimizing the need for frequent manual intervention and ensuring stable, reliable operation while reducing operational complexity and labor costs.
5. Wide applicability and adaptability to diverse scenarios: Capable of handling various types of organic waste, including dead animals, kitchen waste, livestock manure, and agricultural residues, this equipment is suitable for organic fertilizer producers, livestock farms, agricultural parks, environmental treatment companies, and other user groups, offering strong flexibility in application.

Technical Parameters

1. Fermentation temperature: 60–75°C
2. Fermentation cycle: 24–48 hours
3. Organic fertilizer standard: Complies with NY525 standards
4. Organic matter content: ≥45%
5. Processed materials: Dead animals, kitchen waste, agricultural residues, livestock manure, and other organic wastes

Target Customer Groups

The primary target customer groups for this equipment include professional organic fertilizer manufacturers, large-scale livestock farms, major agricultural parks, and specialized environmental treatment companies. It is also suitable for township environmental stations, agricultural processing enterprises, and other relevant institutions with organic waste treatment needs, providing efficient solutions for organic waste management and resource utilization across different scales.

Key Application Scenarios

1. Aerobic fermentation of organic waste: Standardized aerobic fermentation of various organic wastes, achieving rapid harmlessness and resource recovery, thereby addressing environmental issues caused by organic waste accumulation.
2. Composting of livestock manure: Processing large quantities of manure generated by livestock farms into high-quality organic fertilizer, solving manure pollution problems while generating additional economic benefits for farms.
3. Producing fertilizer from kitchen waste: Centrally treating kitchen waste from the catering industry to prevent spoilage, odor, and bacterial growth, while producing usable organic fertilizer and realizing closed-loop management of kitchen waste.
4. Handling agricultural waste: Processing crop residues, vines, dead branches, and fallen leaves to reduce air pollution caused by field burning, transforming waste into soil-improving materials and supporting the development of ecological agriculture.

Industry Pain Points Addressed

1. Solving the problem of organic waste piling up and emitting foul odors: Traditional methods of organic waste treatment often lead to accumulation, decay, and unpleasant smells, polluting the surrounding environment. This equipment quickly processes various types of organic waste, preventing odor diffusion and environmental contamination.
2. Blocking the risk of pathogen transmission: Organic waste, especially dead animals and kitchen waste, often carries large amounts of pathogens that traditional treatment methods struggle to eliminate. By employing high-temperature fermentation at 60–75°C, this equipment effectively kills pathogens, blocks transmission routes, and safeguards both environmental and food safety.
3. Alleviating soil degradation caused by excessive chemical fertilizer use: The high-quality organic fertilizer produced can replace part of the chemical fertilizer, replenish soil organic matter, improve soil structure, and mitigate long-term soil compaction and declining fertility caused by chemical fertilizers, thus supporting sustainable agricultural development.
4. Enhancing the efficiency of organic waste treatment: Traditional composting methods have long cycles and require large areas, whereas this equipment reduces the fermentation cycle to 24–48 hours, dramatically increasing processing efficiency, minimizing land occupation, and meeting the demands of large-scale organic waste treatment.

Frequently Asked Questions (FAQ)

Q1: What types of organic waste can this high-temperature biodegradation equipment handle?
A: The equipment is suitable for dead animals, kitchen waste, livestock manure, agricultural residues, vines, and many other types of organic waste, covering most common categories and offering broad applicability.
Q2: What standards does the fermented organic fertilizer meet?
A: Once fermentation is complete and the fertilizer has been dried, it complies with the NY525 national standard, with an organic matter content of ≥45%. It can be directly marketed as commercial organic fertilizer or used to improve soil in agricultural production.
Q3: How long is the fermentation cycle?
A: Under precisely controlled temperature, humidity, and oxygen conditions, the fermentation cycle lasts only 24–48 hours, several times more efficient than traditional composting methods, enabling rapid processing of organic waste.
Q4: Does the equipment require frequent manual operation?
A: Equipped with an automated control system, the device can precisely regulate temperature, humidity, oxygen supply, and other fermentation parameters, eliminating the need for frequent manual intervention during daily operation. It is easy to operate and runs stably.