Vertical Fermentation Tank

Vertical Fermentation Tank – Advanced Organic Waste Processing Solution

Our high-performance Vertical Fermentation Tank from Henan Yuxing Intelligent Equipment Co., Ltd. has 20 years of organic waste handling experience. This industrial system has 32-160m³ tank volumes, 2-18m³ daily processing capacity, and 7000-9000mm equipment heights. This vertical closed fermentation system efficiently treats animal manure, kitchen waste, and organic sludge with a little 45-70◡ land area and no auxiliary materials. Due to double-layer polyurethane insulation, our technology produces organic fertilizer in 7-12 days, much quicker than traditional composting.

What Is a Vertical Fermentation Tank?

Products are advanced enclosed biological reactors that use thermophilic aerobic bacteria to decompose organic waste quickly. Microbial activity is perfectly regulated in this vertical tank, unlike open-air composting.

Your operation faces three important difficulties this system solves. The sealed design reduces leachate and odor emissions with integrated deodorization systems, making environmental compliance easy. Our vertical design minimizes your footprint by over 80% compared to windrow composting, easing growth on restricted land. Faster fermentation cycles of 7-10 days increase output consistency independent of weather or temperature.

Chicken manure, cow dung, pig manure, poultry carcasses, kitchen garbage, and municipal sludge are processed. Its adaptability makes it perfect for organic fertilizer factories, livestock farms, and municipal waste treatment facilities seeking resource recovery.

Technical Specifications

How the Vertical Fermentation Tank Works

Understanding fermentation improves waste treatment efficiency. Four synchronized processes turn raw organic waste into compost in our method.

First Stage: Loading and Conditioning

After maintaining 60–65% moisture, feed raw organic materials into the top intake. Our system may automatically add straw or sawdust if your trash surpasses this threshold. PLC control checks moisture levels continually.

Second Stage: Aerobic Decomposition

The integrated aeration system circulates oxygen-rich air throughout the material mass to optimise DO. High-torque central mixing shafts with wear-resistant alloy blades spin at specified intervals for consistent heat distribution and microbial contact. Thermophilic bacteria digest organic materials, raising internal temperatures to 55-65°C.

Stage 3: Temperature Control

Even at -20°C, double-layer polyurethane insulation keeps fermentation temperatures steady. The metabolic heat generated by the system supports activities in frigid places without heating. Infrared sensors monitor heat gradients and alter mixing frequency as appropriate.

Stage 4: Discharge/Maturation

The automatic discharge mechanism removes stabilized compost from the bottom exit after 7-12 days. This completed product has lower pathogen numbers, stable organic matter, and better nutritional availability. Your trash is become organic fertilizer.

Multi-stage bio-filters or water-scrubbing towers neutralize ammonia and volatile organic compounds in all exhaust gases before emission. This assures your facility fulfills international emission regulations and zero-odor operations.

Key Technical Properties & Advantages

Advanced engineering gives your Vertical Fermentation Tank great performance. Under continuous operation, the 304 stainless steel inside lining resists acid-base corrosion from organic contaminants, prolonging service life beyond 15 years.

Continuous agitation without material damage is achieved by the precise hydraulic drive system. Power usage is 15-25 kWh per ton of processed trash using high-efficiency motors, far lower than comparable systems. Reduced operational expenses result from energy efficiency.

Automation with PLC reduces fermentation management guesswork. Moisture, temperature, and oxygen saturation monitoring permits process modifications in real time. Batch failures are prevented via automatic notifications when parameters deviate from optimal ranges.

Vertical cylindrical designs maximize thermal retention and space economy. This system maximizes processing capacity in a small footprint, making it ideal for urban or land-constrained applications. The 45-70㎡ footprint enables seamless integration into existing buildings without extensive infrastructure changes.

Diverse Application Environments

Traditional composting fails in numerous high-demand conditions, but the product succeeds.

Intense livestock operations

In-situ manure processing on large poultry and swine farms prevents leachate discharge and regulatory fines. Waste processing facilities can operate near manufacturing areas without biosecurity issues since the enclosed system contains germs and smells.

Municipal Sludge Stabilization

Dewatered sludge is stabilized by wastewater treatment facilities to provide pathogen-free soil conditioner. Sludge accumulation inhibits plant operations, but the fast processing cycle removes it consistently. Your completed product fulfills agricultural or reclamation land application guidelines.

Urban food waste processing

High-density resource recovery centers benefit from zero-odor sealed architecture. Waste processing plants near residential areas can be operated without neighborhood concerns. Supporting municipal waste diversion goals, the device efficiently processes high-moisture kitchen trash in tight areas.

Each application situation shows how our equipment meets your operating needs while preserving performance.

Rigorous Quality Control Standards

Yuxing implements comprehensive inspection protocols ensuring your equipment meets industrial durability requirements. Our quality assurance process includes five critical verification stages.

Material Integrity Verification

Spectrometer testing confirms stainless steel grades match specifications. Ultrasonic thickness gauging verifies tank wall dimensions throughout the vessel, detecting any manufacturing inconsistencies before assembly.

Structural Weld Testing

Non-destructive testing using X-ray and dye penetrant inspection examines all load-bearing seams. This ensures structural integrity under the pressure of several tons of organic material during continuous operation.

Hydraulic & Torque Performance

Stress-testing the drive system at 120% of maximum load capacity validates mechanical reliability. This over-engineering approach guarantees your mixing components handle unexpected material variations without failure.

Thermal Efficiency Audit

Infrared thermography detects heat leaks in the insulation layer before shipment. This verification ensures your system maintains fermentation temperatures with minimal energy input.

Emission System Testing

Laboratory verification confirms the integrated deodorization system removes VOCs and ammonia to levels below international environmental discharge standards. You receive documented proof of compliance with your equipment.

These quality control measures reflect our commitment to delivering reliable equipment that performs consistently throughout its operational lifespan.

FAQ

Q: How does the product perform in sub-zero winter temperatures?

A: The high-density polyurethane insulation combined with metabolic heat from aerobic bacteria maintains 60°C internal temperatures even when ambient conditions reach -20°C. Your fermentation process continues uninterrupted regardless of seasonal variations.

Q: What is the ideal moisture content for input materials?

A: The system functions optimally at 60-65% moisture levels. For higher moisture wastes, auxiliary bulking agents like straw or sawdust can be added automatically through the material conditioning system.

Q: How is odor controlled during fermentation?

A: The fully sealed design channels all exhaust gases through multi-stage bio-filters or water-scrubbing towers that neutralize odors before atmospheric release. This ensures zero-odor operations even in urban environments.

Q: What is the power consumption for standard operation?

A: Energy-efficient design with intermittent mixing operation reduces consumption to approximately 15-25 kWh per ton of processed waste. High-efficiency motors minimize your operational electricity costs.

Q: What is the expected lifespan of mixing components?

A: Hard-facing alloy treatment on blades and routine lubrication of main bearings provide service life exceeding 10 years. Replacement parts are readily available with 24/7 global technical support.

Contact Us

Ready to transform your organic waste management with Vertical Fermentation Tank? Our team provides comprehensive support from initial consultation through equipment commissioning.

• Request Production Line Solution – Get customized system designs for your specific materials

• Request Plant Layout – Receive optimized facility planning for maximum efficiency

• Download Catalog – Access detailed technical specifications and case studies

• Get Turnkey Quotation – Obtain complete project pricing including installation and training

Email us at yuxing@hnyxmachinery.com to discuss your requirements with our technical specialists.