The improvement of environmental protection performance of the fermentation compost turning machine can be achieved in the following multiple ways:

1. Reduce odors and harmful gas emissions: The use of closed fermentation tanks or fermentators can effectively reduce the emissions of harmful gases such as ammonia and hydrogen sulfide produced during the fermentation process. Equipped with waste gas collection and treatment devices, such as biological deodorization towers or activated carbon adsorption devices, to purify and treat the waste gas produced during the fermentation process. By precisely controlling the fermentation temperature, humidity and ventilation volume, the generation of odorous substances can be reduced.

2. Energy conservation and consumption reduction: Efficient motors and transmission systems are adopted to reduce the energy consumption of organic fertilizer equipment during operation. The waste heat generated during the fermentation process is utilized to provide thermal energy for other production stages through heat exchangers.

3. Intelligent control: Through sensors, parameters such as temperature, humidity, and oxygen concentration during the fermentation process are monitored in real time, and the frequency of turning the pile and ventilation volume are automatically adjusted to ensure that the fermentation process is efficient and environmentally friendly. It supports remote monitoring and fault early warning. Operators can keep track of the equipment's running status in real time through their mobile phones or computers, and promptly identify and solve problems.

4. Resource utilization: By optimizing the fermentation process, the nutrient content and fertilizer efficiency of organic fertilizers can be enhanced, reducing reliance on chemical fertilizers. Quickly handle organic waste to reduce the pressure on the environment caused by waste accumulation.

Through the above measures, the fermentation turning machine can not only effectively enhance its environmental protection performance, but also achieve efficient utilization of resources and promote the sustainable development of organic fertilizer production.