Urban sludge compost tank. Can treat river sludge, sewer sludge, etc. and turn it into organic fertilizer through fermentation. Tank closed. Thermal insulation.
It can process river sludge, sewage sludge, etc., and turn it into organic fertilizer through fermentation. The processing capacity of the sludge fermentation tank ranges from 7 to 10 cubic meters per day (the water content is 50 to 70%). We can customize implementable solutions according to your needs.
A very good composting machine manufacturing company, Bolong’s composting machine can convert urban sewage, animal manure, and waste crops into organic fertilizer.Bolong animal husbandry machinery is an enterprise specializing in the production and manufacture of modern livestock and poultry breeding equipment.
The lower base part is distributed with hydraulic stations, scroll air pumps, oil cylinders, heating systems and stirring shafts, etc.; the middle part is a double-layer insulated tank, equipment automatic control system, export device, etc. The inner wall of the tank is lined with 304 stainless steel.
Fermentation Tank Fertilizer Machine Organic Compost Manufacturing Machines. Model Number：11FFG-145. Power: 40-45 KW. Samples: 11FFG-90 25-30 KW. Customization: Customized logo (Min. order 5 sets) GET QUOTE.
Composting is another fantastic method to turn waste into nutrient-rich soil amendments for your garden, especially when you’re looking to support native plants. One exciting composting technique I recommend giving a try is vermicomposting, which utilizes worms (usually red wigglers) to break down organic materials like food scraps and yard
Composting Equipment: organic fertilizer fermentation tank, compost turner Raw Materials : animal manure, agricultural waste, etc. Production capacity : 3~15 m³/day; 500 -1800m³/h
The use of compost from organic residues is a common practice in soil and land rehabilitation, technosol making, and quarry restoration (Tedesco et al. 1999;Jordánetal.2008; Almendro-Candel et al. 2014). The use of mining wastes and sewage sludge for the restoration and rehabilitation of soils is
2.1 Objectives and scope. To compare the carbon emissions of two sludge composting technologies, this study took 1 ton of excess sludge (80% water content) from a wastewater treatment plant as the research object. The two sludge composting technologies investigated were aerobic composting and vermicomposting.
