high degree of automation compost turning machine

This type turning machine has the characteristics of large processing capacity and high degree of automation, which is suitable for the centralized treatment of waste in medium and large-scale farms. In addition, groove type composting can prevent odor from polluting the environment at a certain extent.

Getting started; Compost Fertilizer Making Machine; Compost Fertilizer Making Machine - China Manufacturers, Suppliers, Factory. We'll make every effort and hard work being outstanding and excellent, and speed up our techniques for standing during the rank of global top-grade and high-tech enterprises for Compost Fertilizer Making Machine

3. This turner is sturdy and durable, with strong power and advanced technology, thus the machine is recognized as the strong one among compost turner. 4. Its travelling relies on crawler, the turning roller adopts hydraulic lift adjustment, with high degree of automation and easy operation. 5.

If the compost is too dry (below 40%), add some water! Once compost hits about 40-60% moisture levels, try turning every 2 to 3 days. Do this 4 or 5 times for the first two weeks. You can then manage the pile periodically, turning every week or so. Eventually most composters stop turning a pile and let it sit.

Fertilizer production line is a complete process to make various fertilizers. It can meet the requirements of making high quality organic or compound fertilizer quickly and easily. The fundamental fertilizer preparation line is equipped with the specialized equipment. Such as compost turner, mixer, crusher, screening machine, packaging machine

Shunxin trench type compost turning machines are in wide applications among all composting fermentation equipment. In addition, our customers mostly prefer this model. This is because the machine has reasonable structure design, high efficiency, low energy consumption and cost, high degree of automation and easy operation.

Large capacity. Wheel type compost machine is a typical machine for a large scale fertilizer fermentation. It has a wider turning span of 10-30 m and higher turning depth of 1.5-3 m. Therefore, it has a higher compost efficacy and can finish large scale organic fertilizer fermentation in a shorter time.

2022/10/26/ · Industry Info. Equipment process of making duck manure into organic fertilizer. 2022/10/26. Duck manure is a kind of high-quality fertilizer with rich N, P and K content, which can improve soil, increase organic matter and improve soil fertility. In order to improve the economic benefits of farmers, duck manure organic fertilizer production

3. This turner is sturdy and durable, with strong power and advanced technology, thus the machine is recognized as the strong one among compost turner. 4. Its travelling relies on crawler, the turning roller adopts hydraulic lift adjustment, with high degree of automation and easy operation. 5.

It has the advantages of low energy consumption, low operating cost, high degree of automation, And Shunzhi wheel type, chain plate type and groove type compost turning machine equip with one moving car, to realize one car for several grooves work. Additionally, the machine is easy to use and maintain, which makes it easier for you to ...

Groove type turning machine. The groove type compost turning machine is a commonly used fermentation equipment, which includes a fermentation groove, a walking track, a power taking device, a turning part and so on. The turning depth is about 1.1 meters. Wheel type compost . Auxiliary facility | afforable fertilizer making machines

2020/12/10/ · Wheel Type Compost Turner for Large Scale Composting Wheel turning machine is suitable for pig, cattle, sheep, chicken and other animals from manure, garbage, sugar mill sludge filter mud and

May 1, 2003 · Regardless of the efficiency of the composting process, one major risk for transmission of disease is contact with the raw material when starting the compost. Management of this risk requires good working practices, worker information and possibly a high degree of automation. 4. Conclusions