Paddy Drying in India Project

This is a paddy drying in India project. The project mainly dries wet rice and can dry 500 tons of wet rice per day. The customer is from India.

In this project, in addition to the rice dryer, we provided the customer with a complete set of design solutions and cleaning screens, conveyors, boilers and other equipment.

For a long time, people have used traditional methods to dry rice. Whenever there is a long period of rainy weather, the rice will become moldy and deteriorate. Grain farmers can only look at the rice and sigh.

With the promotion of land transfer, a large number of large grain growing households and agricultural industry organizations have emerged. The intensification and scale of grain production will inevitably require the centralized mechanization of grain drying.

Therefore, everyone from ordinary farmers to large grain growers and cooperative organizations are eagerly looking forward to an efficient and energy-saving advanced grain drying equipment to replace their grain drying and relieve their worries.

There is no wet grain storage warehouse in this paddy drying in India project. The purchased wet grain is not stacked in the factory area and will be dried immediately after being transported to the factory area. The dried rice is stored in the rice barn of the rice drying workshop, waiting for processing.

01

Initial cleaning and screening process

The function of the primary cleaning screen is to specifically separate large impurities such as straw, wheat ears, rope ends, mud blocks, etc. in the grain to create favorable conditions for the next process. The primary cleaning screen mainly uses the different sizes of grain particles and impurity particles.

Through continuous screening of the sieve cylinder, large and fine impurities in the raw grain can be removed, and secondary cleaning is carried out through the fan selection to remove the wrapped particles. Light impurities in clean grains are removed.

02

Paddy drying process

The heat generated by the boiler is used to heat and dehydrate the rice to achieve a drying effect. The heat source for the drying process comes from a 2-ton paddy boiler, which uses 0# light diesel as fuel.

03

Conveying system

The material transfer and transportation of the paddy drying in India project adopts a combination of elevator and closed pipeline transportation. The closed pipeline transports the materials to the feed slot of the elevator and transfers them to the elevator.

The labor capacity of this rice dryer in India project is 10 people. According to the seasonal characteristics of rice growth, the customer conducts seasonal production to meet market demand.

The production shift is one shift a day, each shift lasts 8 hours, and the annual production is 120 days.

• Water supply: The water source of this paddy drying in India project is supplied by the water supply pipe network.
• Drainage: The drainage in the factory area implements a separate system for rainwater and sewage. Rainwater is collected and discharged into rainwater pipes. Domestic sewage is treated by underground sewage treatment facilities and then discharged into local rivers through pipes.

The project's annual electricity consumption is approximately 500,000 kWh, which is supplied by the local power supply bureau.

The project will build a new boiler room, and it is planned to use a 2t/h boiler for rice drying and heating, and the fuel will be 0# light diesel.

The total land area of this paddy drying in India project is 22.11 acres, and the construction content mainly includes: rice drying workshop, boiler room, etc.

The rice drying workshop arranges production equipment according to the process flow. The overall layout of the process flow is smooth, the raw material transportation lines are reasonable and short, and meet the process production requirements.