Recently, a Pakistan energy company signed an agreement with RICHI to launch a biomass pellet project with an annual output of 100,000 tons.

The project will use the rich forest resources in and around its forest management area, including forestry wastes such as tending residues after felling or thinning, felling residues, wood chips, wood scraps, etc., to produce biomass pellet fuel. This initiative aims to improve the comprehensive utilization rate of resources.

Many advantages of biomass pellet fuel. As a renewable energy and alternative fuel, it can not only be used in industrial production, power generation, flue-cured tobacco baking and other fields, but also has the characteristics of high combustion efficiency, stable calorific value and high purity. Compared with traditional fossil fuels, the harmful gas and particulate matter emissions generated during its combustion are lower and more environmentally friendly.

This project will make full use of renewable resources, promote the transformation of clean energy, promote the sustainable development of the local economy and the protection of the ecological environment. Biomass pellet fuel is expected to become an important part of the future energy structure, with broad market prospects and important economic and environmental value.

In addition, the production of biomass pellet fuel has played a positive role in promoting the sustainable management and utilization of forest resources because it requires a large amount of biomass as raw materials.

At the same time, as a natural and renewable energy source, biomass pellet fuel can effectively replace traditional fossil energy such as coal and oil, thereby reducing dependence on limited resources, reducing greenhouse gas emissions, and promoting the transformation of clean energy. More importantly, the carbon dioxide released during its combustion process can be absorbed by biomass, forming a closed carbon cycle, which helps to achieve the goal of carbon neutrality and thus reduce the impact on climate change.

The biomass pellet production line project has a superior geographical location, convenient transportation, and relatively mature infrastructure conditions such as water, electricity, and communications, which provides a strong guarantee for the construction of the project. In addition, the purchase of construction materials is also quite convenient, which can fully meet the construction needs of the project.

In terms of project construction content, the customer plans to build 2 crushing production lines and 4 pelletizing production lines, and purchase related facilities and equipment, such as crushers, fully automated drying equipment, compression molding equipment, etc.

The project construction links mainly include the selection, procurement and installation of equipment, as well as the renovation of plant (workshop), the construction of new and supporting outdoor yards, roads, walls and other ancillary projects. The construction period of the entire biomass pellet project is expected to be no more than 13 months. The company strives to start construction and complete it within 2025.

Recently, RICHI signed a 500,000-ton aquatic feed project in Indonesia, which will be built in 3 phases. The main construction content of the project includes: the construction of 11 aquatic feed production lines, mainly including raw material receiving and cleaning system, coarse crushing system, ingredient mixing system, ultrafine crushing system, granule line system, puffing and drying system, packaging system, spray cooling system, powder return system, etc. The main buildings include workshops, warehouses, equipment rooms, boiler rooms, comprehensive buildings, dormitories, etc.

The third phase of the project is designed to produce 395,400 tons of extruded fish feed and 192,000 tons of shrimp feed pellets per year.

Project energy consumption and main energy efficiency indicators: After the project is completed and put into production, the annual comprehensive energy consumption shall not exceed 18,581 tons of standard coal, of which the annual electricity consumption shall not exceed 58.24 million kWh and the biomass molding fuel consumption shall not exceed 19,937 tons; the comprehensive energy consumption per unit product of shrimp feed (pelleting) of the project shall not exceed 19.67 kg of standard coal/ton, and the comprehensive energy consumption per unit product of puffed fish feed shall not exceed 37.44 kg of standard coal/ton.

Recently, RICHI signed a Saudi Arabia forage processing construction project. This project produces 100,000 tons of cattle and sheep feed and 20 tons of forage annually. It uses a set of RICHI advanced forage production lines, including raw material receiving and storage section-raw material receiving and initial cleaning section-crushing section-granulation section-mixing section-granulation section-finished product packaging section and auxiliary section, etc.

The main construction content includes forage processing workshop, raw material warehouse, finished product warehouse, concentrated feed warehouse, water supply station, boiler room, comprehensive building, etc., with a total construction area of ​​7,890 square meters.

The area where the project is located requires 350,000 tons of forage and more than 200,000 tons of feed for fattening each year, which provides a broad market prospect for the sales of products after the implementation of the project. At present, most of the forage feed for cattle and sheep in the local area is transferred from other places and processed by farmers themselves.

The nutritional composition ratio of forage is unscientific, which reduces the feed-to-meat ratio and increases the breeding cost. Therefore, the project meets the development requirements of Saudi Arabia’s forage industry and local actual needs, reduces the feeding costs of farmers, increases the economic benefits of feeding, and promotes the healthy development of local cattle and sheep industries.

• Investment analysis: The total investment in equipment is US$1.15 million, and the construction investment is US$2.8 million.
• Project expectations: The project construction period is about 2 years, the first 2 months are the project approval, land application, and formalities handling stages, the construction period is 15 months, and the project construction payback period is about 3 years.

Recently, the Turkish puffed soybean powder project has been successfully put into production. The project has a production capacity of 240 tons/day, and all equipment is provided by RICHI MACHINERY. The main project of the project started construction in June 2024, after 3 months of construction, installation and commissioning.

During the installation and commissioning process, various safety management regulations and operating procedures were strictly implemented, and mechanical, electrical, instrumentation and other operators cooperated closely and coordinated work, taking measures for various abnormal situations and improving process conditions.

At the same time, relevant training was conducted for production, inspection, and safety management personnel. After the joint efforts of all parties, the puffed soybean powder project was successfully put into production on October 22, and all indicators were within the normal range.

This organic fertilizer production line project is located in Thailand. The total investment in equipment is US$220,000. The total land area of ​​the project is about 4 acres, with a plant area of ​​2,400 square meters, including 1,540 square meters of production workshops and other rooms, 100 square meters of office space, and 760 square meters of warehouse space.

Purchase relevant production and processing machinery and auxiliary equipment from RICHI, and build supporting public auxiliary facilities such as water supply and drainage, power supply and distribution, fire protection, and environmental protection. After the project is completed, it will form an annual production capacity of 10,000 tons of organic fertilizer.

This 15-20t/h ruminant feed production line project is located in Uzbekistan. It is invested and constructed by a feed technology company in Uzbekistan, covers an area of ​​15 mu, and has a total equipment investment of 1 million US dollars. It mainly builds a 120,000-ton ruminant feed production line with an annual output, 800 square meters of hardened land, 1 production workshop, 20 production rooms, 1 raw material warehouse, 1 finished product warehouse, and purchases a full set of ruminant feed pelletizers, mixers, crushers and other ancillary facilities.

After the completion of this project, it will provide more convenient high-quality feed for local large-scale breeding companies, reduce freight costs, reduce production costs, increase the income level of breeders, and provide more employment space, reduce idle labor, increase employment income, and continuously improve the people’s sense of gain, satisfaction, and happiness.

The customer is a Pakistani ecological agriculture company that invested 400,000 US dollars to build a 30,000-ton organic fertilizer construction project. The total area of ​​this project is 8000m2. The main construction contents include 1 production workshop, 1 raw material area, 1 finished product area, 1 office building, 1 canteen, etc.

The project uses compost fermentation, crushing, screening, mixing, granulation, drying and other production processes to process organic fertilizers. After completion, it can reach an annual production scale of 15,000 tons of granular organic fertilizers and 15,000 tons of powdered organic fertilizers. It is expected to be put into operation in May 2025.

Recently, the 100,000-ton forage processing project in the United States undertaken by RICHI was officially completed and put into production.

The project is located in Ohio, USA. The project is planned to cover an area of ​​10,000 square meters. Since the project started in May 2024, it has promoted the project construction with high quality. It has now been fully completed and officially put into production.

The project introduces processing equipment such as large-scale silage harvesters, high-efficiency dryers, precise batching mixers and automated packaging production lines, and adopts advanced forage processing technology. From the harvesting, transportation, storage to processing and packaging of raw materials, it follows strict quality control standards to ensure the stability and consistency of product quality.

After the project is running normally, the customer will transfer land to plant forage and sign forage planting and purchase contracts with local farmers, which will drive the development of the forage and livestock industry in the surrounding areas. At the same time, it can absorb the surrounding surplus labor force to work nearby, effectively increasing farmers’ income. According to statistics, the company has currently transferred 2,000 acres of land for planting forage corn, and will store 30,000 tons of forage in 2024.

The completion of this project will promote the improvement of the entire industrial chain of local animal husbandry and provide forage guarantee for the development of animal husbandry.

Recently, Kyrgyzstan ruminant total mixed ration production line project officially put into operation.

The total investment of the project equipment is 380,000 US dollars, covering an area of ​​3,000 square meters, with a designed annual production capacity of 50,000 tons, which can meet the annual forage demand of 20,000 cattle units.

The produced and processed total mixed ration (TMR) can produce various roughage, concentrates, vitamins, trace elements and other feeds according to scientific formulas according to the nutritional needs of ruminants such as cattle and sheep at different growth and development stages, improve the digestion and absorption rate of cattle and sheep for feed, reduce waste, reduce the occurrence of diseases, and increase the reproduction rate, truly realizing “cost reduction and efficiency improvement”.

Recently, RICHI’s France high-quality organic fertilizer production line construction project has been basically completed and is expected to be put into use in early 2025. By then, it can meet the needs of about 25,000 pigs for the disposal of breeding waste, and produce about 10,000 tons of commercial organic fertilizer annually, promoting the development of crop-breeding circular agriculture.

The capacity and level of manure collection and disposal in livestock and poultry farms are the key to ensuring the implementation of crop-livestock cycle agriculture.

The construction content of the French 4t/h organic fertilizer granule plant project includes organic fertilizer production workshops, production supporting rooms, pig manure treatment production line equipment, organic fertilizer production line equipment, environmental protection equipment, photovoltaic power generation equipment, etc. The design and configuration of pig manure fermentation tanks, dry-wet separators and other equipment will use the process and facilities of producing organic fertilizer from breeding waste and straw to achieve the organic combination and virtuous cycle of planting and breeding industries, and create green and circular ecological agriculture.

Crop-livestock cycle agriculture is an effective way to accelerate the resource utilization of livestock and poultry manure, clear the bottlenecks of crop-livestock cycle, promote the return of manure to the field, and promote the green and high-quality development of agriculture.

In recent years, relying on the breeding and farming needs of farms and pig farms, the local area has actively explored the “livestock-slurry-fertilizer-grain” circulation system, continuously strengthened the link between the planting and breeding industries, and is committed to accelerating the resource utilization of livestock and poultry manure, unblocking the bottleneck of the breeding and farming cycle, and promoting the return of manure to the fields. While utilizing manure resources, it promotes the reduction and efficiency of chemical fertilizers, and achieves a win-win situation for the planting and breeding industries.