30T/H TMR Feed Mill Factory In Canada

Construction content and scale

The TMR feed mill factory in Canada project uses existing factory buildings and office areas for production. At present, some equipment has been installed, and the construction period is mainly for equipment installation.

After the project is completed, it will form a production line with an annual output of 300,000 tons of silage, 144,000 tons of compound feed TMR, and 80,000 tons of concentrated feed.

The main engineering components of the Canada tmr animal feed production line project are shown in the table below:

Product plan

The product plan for this TMR feed mill factory in Canada project is shown in the table below.

Raw and auxiliary materials and energy consumption

The raw and auxiliary materials and energy consumption of this TMR feed mill factory in Canada project are shown in the table below:

List of main TMR feed mill equipment list

The main production equipment of this TMR feed mill factory in Canada project is detailed in the table below.

Brief introduction to Canada TMR feed production process flow

The process flow of concentrated feed and compound feed TMR in this TMR feed mill factory in Canada project is as follows:

1. Put the purchased grain grain (mainly corn and bran) into the feed port, and convey it to the primary cleaning screen through the closed screw conveyor and closed bucket elevator for impurity removal.
   The material after primary cleaning is then removed by permanent magnetic cylinder for iron removal, and the material after iron removal enters the pulverizer through the pneumatic gate for crushing.
   The crushed grain is distributed by the closed screw conveyor and closed bucket elevator through the distributor and enters the primary batching bin.
2. Put the purchased powdered grain into the feed port, and convey it to the powdered primary cleaning screen through the closed screw conveyor and closed bucket elevator for impurity removal.
   The powdered grain after primary cleaning is then removed by permanent magnetic cylinder for iron removal and distributed by the distributor and enters the primary batching bin. The material in the primary batching bin enters the single-shaft mixer through the closed screw conveyor fan and pneumatic gate.
3. Molasses and core materials are added to the feeding port, conveyed to the single-shaft mixer through the pneumatic gate, and mixed with the grain materials added in the primary batching bin.
4. The mixed materials are partially sent to the finished product bin 1 through the distributor (this part is the concentrated feed), and then weighed by the packaging scale and sent to the automatic packaging machine for packaging and sale; part of it is sent to the secondary batching bin and sent to the closed mixer through the closed screw conveyor.
5. The silage raw materials are shoveled into the feeding port with a forklift, conveyed to the closed mixer through the belt, and a small amount of microbial agents are added to mix with the materials put into the mixer in the secondary batching bin.
6. The mixed materials are sent to the finished product bin 2 (this part is the compound feed TMR) through the closed conveyor belt, and are distributed by the distributor and sent to the automatic packaging machine for packaging and sale.

Analysis of the rationality of the plane layout

This TMR feed mill factory in Canada project strives to be economical, reasonable, save investment and save land while meeting the production and use requirements. Under the requirements of the production process, the production is simple and convenient, and round-trip transportation and cross-operation are avoided.

The project mainly includes production workshops, office areas, dormitory buildings, R&D buildings, raw material warehouses and finished product warehouses. The project site extends from south to north. The office area is located on the south side of the factory area, the dormitory building is located on the east side of the office area, and the R&D building is located on the north side of the office area.

The production workshop is mainly equipped with silage, compound feed TMR, concentrated feed production lines and finished product warehouses; the raw material warehouse is located on the north side of the production workshop, and the open space on the north side of the raw material warehouse is reserved for the second phase.

The roads in the field are mainly laid out on the west side of the factory area. The roads in the factory are hardened roads and connected to the external transportation roads.

The overall layout of the TMR ruminant feed production line in Canada project has clear divisions, clear levels, compact layout, and land saving. From an environmental protection perspective, the overall layout of this project is basically reasonable.

Why build a TMR feed mill factory in Canada?

The prospects for TMR feed processing business in Canada are relatively optimistic, mainly due to its highly developed agriculture and animal husbandry and increasing market demand.

Competitive environment

The feed industry in Canada is highly integrated, and large enterprises continue to expand their scale through their own development and mergers and acquisitions.

At the same time, more and more feed companies are beginning to get involved in the additive business, which has changed the market competition pattern. In this environment, TMR feed processing business needs to have high-quality products and good customer service to stand out.

Policy support

The Canadian government has given a number of policy supports to agriculture and animal husbandry, including subsidies and tax incentives, which help reduce production costs and improve market competitiveness.

In addition, the government's high standards for animal husbandry have also prompted breeders to prefer to use feed products that meet the standards, providing a favorable external environment for TMR feed processing business.

Technological development

The technology of TMR feed making machines has been continuously improved, reducing production costs and improving production efficiency.

The global TMR feed machine market continues to grow and is expected to grow at a high annual compound growth rate in the next few years, which provides technical support and market prospects for the development of Canada's TMR feed processing business.

Prospects for processing TMR feed

The prospects for TMR feed processing are very broad, mainly reflected in market demand, technological progress and industry integration.

Market demand

The market demand for TMR feed continues to grow. With the growth of the global population and the development of the breeding industry, the demand for efficient and high-quality feed continues to increase.

In particular, with the advancement of agricultural modernization and the increasing demand of consumers for high-quality meat, eggs and other animal foods, higher requirements have been placed on the quality and safety of feed. In addition, the impact of epidemics such as African swine fever has also prompted the breeding industry to have a more stable demand for feed and pay attention to quality.

Technological progress

TMR feed processing technology continues to improve, and equipment is becoming more advanced. Modern feed processing plants use advanced technology and equipment to produce more efficient and higher-quality products.

The optimization of technology not only improves the quality of products, but also improves production efficiency and reduces costs. For example, TMR technology ensures the nutritional balance of each mouthful of feed for dairy cows by evenly mixing various feed ingredients, increases the feed intake and milk production of dairy cows, and reduces production costs and disease incidence.

Industry integration

The integration trend of the feed processing industry is obvious. Large enterprises have gradually occupied a dominant position in the market by expanding production scale, optimizing product structure and technological innovation.

Environmental protection and policy support

The improvement of environmental awareness and the support of government policies have also provided new growth points for TMR feed processing. The demand for new, environmentally friendly and efficient feed products such as bio-fermented feed has gradually increased, providing new development opportunities for the industry.

If you want to start a business similar to this TMR feed mill factory in Canada project, feel free to contact RICHI MACHINERY to get professional feed processing solutions, equipment configuration and quotes! Our technical consultants will also send you many past case videos and pictures to let you know more about the advanced TMR processing technology.