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Solutions for Resource Utilization, Reduction, and Harmlessness of Organic Waste

Based on customer application scenarios, with a deep understanding of customer needs, tailored to local conditions, and based on the principle of product lifecycle, we provide users with solutions for organic waste reduction, harmlessness, and resource utilization, effectively solving secondary pollution problems such as odor and sewage discharge during the process of organic waste resource utilization, and creating high-quality, energy-saving, and on-site intelligent organic waste resource utilization treatment equipment products.

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Overview of the plan Customer Challenges Core advantages

Overview of the plan

Adopting feed based technology and utilizing thermal energy to achieve low-temperature and low-pressure physical evaporation drying of organic waste, thus achieving complete disinfection and sterilization of organic waste, achieving a reduction goal of over 85%, and ultimately achieving the resource utilization of organic waste; The processing equipment has a compact structure and a small footprint, with one click appointment for operation, full monitoring of operating parameters, abnormal alarms, and remote operation. It not only achieves organic waste reduction and resource utilization, but also achieves intelligent and refined management and operation of the equipment.

Customer Challenges

High secondary pollution

The biggest challenge in organic waste treatment is the strong odor during the treatment process, the substandard discharge of wastewater, and the significant confusion caused to users or their surrounding environment.

Equipment quality varies and design is not standardized

At present, the quality of products in the market is uneven, with poor operational stability, more construction, and less actual operation

Inconvenient location selection and difficult operation and maintenance management

The available organic waste treatment facilities for users are limited, and they need to be able to handle organic waste well without affecting the surrounding environment. At the same time, the professional skills of general waste treatment personnel are weak, making it difficult to handle complex equipment with complex operating procedures

Core advantages

Process technology evolved first

Adopting advanced thermal energy technology and scientifically optimized industrial product design, organic waste is physically dried and evaporated in low temperature and low pressure environments, reducing the temperature conditions for odor emission. In addition, after the waste enters the equipment, it is operated in a closed environment using negative pressure vacuum to further prevent odor leakage and effectively control odor emission. During the reduction process, water vapor is condensed into water and discharged, resulting in clear water quality, Completely eliminate secondary pollution, achieve energy cascade utilization, and achieve the goal of energy conservation and carbon reduction in organic waste treatment.

Systematization of product design and lean production technology

The pipeline direct drinking water system adopts advanced control technology and algorithms, and achieves automatic operation and maintenance through intelligent sensors, without the need for manual attendance and maintenance. It not only simplifies operation and maintenance, but also saves operation and maintenance costs.

Adapt to local conditions, intelligent sorting, "foolproof" one click operation

The technical team conducts systematic and modular development and design for organic waste resource utilization equipment, which can adjust products to meet site requirements according to local conditions. At the same time, through deep innovation, automatic sorting and intelligent precise automatic control technology are achieved, making organic waste resource utilization equipment able to adapt to different types of organic waste while achieving foolproof one click operation, making operation and maintenance very simple.