The calcium chloride pneumatic conveying system is a system that utilizes the power generated by airflow to transport calcium chloride particles from one location to another. The airflow passes through the pipeline to suspend calcium chloride particles for transportation. This system mainly consists of the following parts: firstly, the powder silo system: transporting raw materials containing calcium chloride from the raw material silo to the powder silo; The second is the conveying system: transporting calcium chloride particles from the powder silo to the location where they need to be conveyed.

Gas source system: including an air compressor or gas storage tank, used to provide high-pressure gas as a conveying power.

Conveyor pipeline: used for conveying airflow and carrying calcium chloride particles, usually made of corrosion-resistant materials.

Conveyor device: including fans, valves, nozzles, etc., used to control the airflow speed and direction.

Control system: used to monitor and regulate the operating status of the conveying system, ensuring a stable and reliable conveying process.

Five pneumatic conveying methods for calcium chloride materials

Calcium chloride positive pressure pneumatic conveying: Apply positive pressure gas inside the pipeline to push calcium chloride particles.

Calcium chloride negative pressure pneumatic conveying: using a negative pressure system to suck calcium chloride particles into the pipeline and transport them.

Calcium chloride dilute phase pneumatic conveying: Suspend and transport calcium chloride particles through a thin airflow.

Calcium chloride dense phase pneumatic conveying: using high-speed airflow to compress calcium chloride particles into a dense phase state for conveying.

Calcium chloride mixed pneumatic conveying: Combining different pneumatic conveying methods and flexibly combining them according to actual needs.

The calcium chloride pneumatic conveying system has the following advantages and characteristics compared to traditional mechanical conveying methods:

Efficient and energy-saving: By utilizing airflow transportation, energy consumption can be reduced and the efficiency of material transportation can be improved.

Safe and reliable: By utilizing pneumatic conveying systems that are less prone to jamming, the stability and reliability of transportation can be improved. Improved safety and made the transportation process safer and more reliable.

Flexible and diverse: allowing the conveying speed and pressure to be flexibly adjusted according to the requirements of various materials and conveying distances.

Environmental protection and energy conservation: reduces the generation of dust and noise, which has a positive impact on environmental protection.

The demand for calcium chloride pneumatic conveying systems in the market continues to grow with the acceleration of industrialization and the continuous development of logistics technology. There are mainly the following aspects:

Widely used: including road snow melting, food processing, chemical production and other fields, calcium chloride pneumatic conveying system is widely used in multiple industries.

Technical improvement: The technology of pneumatic conveying systems has been continuously improved in terms of stability, automation level, safety, and other aspects to meet the needs of different industries.

Customization demand: With the development of the industry, users' demand for personalized design and optimization based on specific scenarios and customized pneumatic conveying systems has increased.

The calcium chloride pneumatic conveying system, as an efficient, safe, and environmentally friendly material conveying technology, will be widely used in the future and bring greater convenience and benefits to the production and development of various industries.