Alice, the general manager of the Southeast Asian Organic Ginger Processing Plant, is mainly engaged in the business of organic ginger slices and ginger powder (exported to the European Union and Japan). Her original production mode was to use a simple shed for drying. However, there are also significant challenges involved. Firstly, drying depends on the weather, and it becomes very difficult to do so on rainy days. But the yield cannot be guaranteed, and the drying time is too long. The third is the high labor cost, which requires continuous manual flipping and drying during the drying process. In response to customer needs and the characteristics of the Southeast Asian market, the Jinlu team has optimized the design from three aspects: precise temperature control, environmental compliance, and intelligence. ① Precise temperature control: The drying room adopts PLC LCD screen display, which can control temperature and humidity in 10 stages (with an accuracy of ± 5 ℃) to avoid ginger burning. It is equipped with a hot air circulation system, with a thermal efficiency of 85% and a 30% reduction in energy consumption compared to coal (under the condition of electricity price of 0.8 yuan/kWh). ② Environmental compliance: There is...

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1、 Background of customer drying demand Rwanda’s agricultural cooperatives have long been limited by traditional soil stove drying and outdoor drying processes: ① serious production capacity shortage: more than 50 tons of wheat are lost per month during the rainy season, and the delivery delay rate of orders reaches 40%; ② High cost: relying on diesel fuel (local oil price of ¥ 12/L), the production cost accounts for up to 35%; ③ Unstable quality: The rate of moisture and mold growth is as high as 15%, making it difficult to pass the EU grain import quality inspection; ④ Policy restrictions: Rwanda prohibits the import of coal-fired equipment, and the dual-use plan of coal and diesel has become a necessity. ​2、 Customized Design Scheme for Jinlu Based on customer needs and the characteristics of the African market, the Jinlu team optimizes the design from three aspects: energy adaptability, flexible deployment, and cost control ① Dual energy flexible switching: The main fuel uses locally inexpensive biomass pellets (sawdust, straw) with a calorific value of ≥ 3500kcal/kg; The backup diesel system responds to the risk of fuel shortage and reduces dependence on imported energy Mobile container structure: 6m × 2.5m expandable box body+tire...

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1、 Project Background The main mango producing areas in the Philippines, such as Palawan and Mindanao, have a high yield season from June to October each year. However, due to traditional drying techniques (coal burning/sun drying), the processing capacity is insufficient, resulting in a unsold rate of over 30% for fresh fruits and significant fluctuations in farmers’ income. Local enterprises generally face the following pain points: ① Capacity bottleneck: The daily processing capacity of small workshops is only 1-2 tons, and the peak season order gap reaches 50%. ② Unstable quality: High temperature burning or uneven humidity leads to a high scrap rate of products, making it difficult to pass EU organic certification. 2、 Solution Based on the customer’s daily production capacity of 10 tons/day, our Jinlu dryer has designed a customized 24 car air source drying room for the customer. The heat source uses an air source heat pump, which consumes only 30% of the energy used in coal-fired drying. The temperature control accuracy is set in 10 stages, with ± 1 ℃ segmented regulation (50 ℃ -70 ℃), retaining the original sweetness and fiber taste of mangoes. The temperature and humidity are intelligently and accurately set, and the...

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1、 Project Background Industry pain points: Indian chili processing has long relied on coal-fired kilns/diesel drying, with three major problems: ① High pollution: Emissions of sulfur oxides and particulate matter exceed the standard and cannot pass the EU organic certification. ② Cost fluctuations: The rise in fossil fuel prices has led to processing costs accounting for 40%. ③ Low efficiency: The daily production is only 3-5 tons, and there is a significant production capacity gap during peak season. Customer demand: Build a continuous, zero pollution drying production line to achieve an hourly output of 10 tons; Reduce fuel costs and meet ISO 22000 certification requirements. 2、 Solution According to the customer’s daily demand of 30 tons, Jinlu has customized a mesh belt dryer with a length of 35 meters, a width of 2.3 meters, and a height of 7 layers for the customer. The heat source is equipped with biomass pellets, which use biomass pellet fuel (made from sugarcane bagasse/straw). The carbon emissions are reduced by 70% compared to coal combustion, and the sulfur oxide emissions are approaching zero. The calorific value is as high as 4500kcal/kg, the thermal efficiency is 85%, and the fuel cost is only 60% of...

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Golden Chrysanthemum Drying Case Customer background: Ms. Li is a major farmer of golden chrysanthemum in the local area, dedicated to cultivating high-quality golden chrysanthemum. In the past, Sister Li used a soil oven drying method to dry the golden chrysanthemum, but the temperature was difficult to control, and there were often cases of excessive or insufficient drying, resulting in serious loss of color, aroma, and nutritional components of the golden chrysanthemum. Customer pain points: Difficulty in temperature control: The drying temperature of the soil furnace is difficult to accurately control, which can easily cause excessive or insufficient drying of golden chrysanthemum. Unstable quality: Excessive drying can cause the golden chrysanthemum to turn black in color and lose its aroma; Insufficient drying can cause golden chrysanthemum to mold and deteriorate. Low efficiency: The drying efficiency of the soil furnace is low and cannot meet the needs of large-scale production. Solution: To solve the above problems, Ms. Li purchased our intelligent dryer. This dryer adopts precise temperature control technology, which can set the drying temperature and time according to different needs to ensure the drying quality of golden chrysanthemum. Drying process: Spread the harvested golden chrysanthemum evenly on a drying tray,...

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Customer background: Mr. Zhang is a well-known local producer of wheat ear handicrafts, and his dyed wheat ear handicrafts are sold both domestically and internationally. In the past, Mr. Zhang used natural air drying to dry the dyed wheat ears, but it was greatly affected by weather, had low efficiency, and was prone to problems such as uneven dyeing and deformation of the wheat ears. Customer pain points: 1.Greatly affected by weather: Natural drying depends on weather, and in rainy weather, the wheat ears cannot be dried in a timely manner, which affects the delivery cycle. Low efficiency: Natural drying requires a large area of space and a long drying cycle, which cannot meet the needs of large-scale production. Unstable quality: Natural drying can easily cause uneven dyeing and deformation of wheat ears, affecting product quality. Solution: After multiple investigations, Mr. Zhang ultimately chose our 80-layer drying room. The drying room adopts a rear air blowing design, with uniform hot air and high drying efficiency. It is also equipped with an intelligent temperature control system, which can set the drying temperature and time according to different needs to ensure the quality of wheat ear drying. Drying process: Phase 1: Tie...

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