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Pig manure is commonly used organic fertilizer raw materials, this is because the difficulty of collecting pig manure is relatively low, with the popularization of large-scale farming, many breeding plants have also become organic fertilizer plants, so how should pig manure be fermented? Today, Tongda Heavy Industry will tell you what details should be paid attention to when pig manure fermentation organic fertilizer.1. Temperature. The proper starting temperature of fermentation should be 25℃ ~ 35℃. If fermenting in winter, it is recommended to do it indoors or in a greenhouse.

After years of hard work and countless tests, the company's R&D team has made a major breakthrough in the technology of efficient slot lathes. This lathe combines advanced mechanical design concepts and cutting-edge automation control technology, showing remarkable performance advantages.In terms of structural design, we have optimized the design of the bed and guide rails. The bed is made of high-strength and high-toughness alloy materials, and after a special heat treatment process, it effectively improves the overall rigidity and stability.

Rapid heating capability: Equipped with high-power heating elements, it can output a large amount of heat energy in a short time, quickly increase the temperature of the drying environment, meet the temperature requirements of organic fertilizer drying, and improve drying efficiency.High energy conversion efficiency: Electric energy is directly converted into heat energy, with less loss during energy conversion, which is more energy-saving and efficient than traditional fuel heating methods.Intelligent temperature control system: Equipped with advanced temperature sensors and intelligent therm

1. Press corn is the corn out after cleaning, high temperature cooking, disinfection, extrusion, drying, several steps to the starch, protein, vitamins contained in the corn, all integrated together, not refining any elements in the corn, 30% higher than the utilization rate of corn.2. Steam-pressed corn is an excellent energy feed. The total digestibility and absorption rate of starch detected by relevant departments is as high as 99%, which is nearly 30% higher than the 70% absorption rate of ordinary ground corn starch.

In recent years, technological innovations in the field of vertical fermenters have emerged in an endless stream. With the help of materials science, new breakthroughs have been made in tank manufacturing materials. New composite materials are gradually being used in some specific fermentation scenarios.

In today's industrial production field, the granulation of materials plays a vital role in improving product quality, optimizing production processes and meeting diversified market needs. High efficiency drum granulator, this equipment will completely change the pattern of granulation production and bring unprecedented development opportunities to many industries.Our high-efficiency drum granulator is a perfect combination of advanced technology and innovative design.

Manure, animal and plant residues (including weathered coal), sludge, domestic refuse. In general, the market price of sludge fertilizer and domestic waste fertilizer is the same.

The application of new abrasives brings breakthroughs: According to relevant reports, GEORG's Ultra Grind 25 roll grinder is the first roll grinder in the global steel industry to use cubic boron nitride (CBN) abrasives. The use of this abrasive has tripled the grinding output of the grinder compared to the previous machines, greatly reducing the setup, testing and idle time.Improved intelligence and automation: With the development of science and technology, the intelligence and automation level of efficient roll grinders are constantly improving.

Recently, the biomass pulverizer developed by our company came out, bringing innovative solutions to the field of biomass resource processing.This biomass pulverizer has excellent performance, and its unique design enables it to efficiently process a variety of biomass raw materials.

Recently, screw feeder technology has achieved a series of significant breakthroughs. In the design of the spiral shaft and spiral blades, R&D personnel used advanced computer simulation technology to optimize the shape and pitch of the blades. The new spiral blade can push materials more evenly and stably, effectively reducing the fluctuation of materials during transportation, greatly improving the accuracy of material transportation.