In the chemical production process, explosion-proof computers serve as essential field operation workstations. They are used for displaying, operating, and controlling various chemical reactions, feeding systems, and other related processes. These computers play a key role in data collection, process control, and coordination with Distributed Control Systems (DCS), Programmable Logic Controllers (PLC) etc, and other automation systems, ensuring smooth operation and enhanced safety in hazardous environments.
Within hazardous areas of pharmaceutical factories, explosion-proof computers are critical components. They facilitate on-site control of pharmaceutical chemical reactions, enabling operation, manipulation, and monitoring of processes. These systems also communicate seamlessly with other equipment and systems. Additionally, they play a vital role in the control and display of pre-programmed equipment functions, such as formula delivery, material pumping, and process control for various chemical reactions, ensuring precision and safety in pharmaceutical manufacturing.
Explosion-proof computers are extensively used across various stages of oil and gas operations. From exploration to production, these computers support control systems in critical operations such as detection, recording, drilling, cementing, completion, repair, collection, compression, storage, transportation, distribution, and sales of oil and natural gas. Their role is essential in maintaining safety and operational efficiency in the often hazardous and volatile environments of the oil and gas industry.
In the military and defense sectors, explosion-proof computers are integral to production process control and entry/exit management. They are used to ensure safety, monitor critical systems, and manage operations in high-risk environments. In the civil explosives industry, these computers are used for production process control, as well as for storage and transportation safety, providing crucial support in maintaining safety standards in the production and handling of explosives.