The Mobile Central Gas Supply Container in colleges and universities has been put into use

Laboratories are crucial bases for scientific research and innovation, yet safety incidents involving the storage of various gas cylinders occur frequently. Hydrogen cylinder explosions causing injuries and fatalities, gas leaks triggering deflagrations… these recurring laboratory safety accidents in recent years underscore the critical importance of proper gas cylinder storage.

As a leading company in the field of hazardous chemical safe storage, ZOYET has been deeply involved in the industry for over a decade. Recently, it tailored an outdoor intelligent gas cylinder container solution for a university, providing comprehensive protection for research safety through advanced technology.

University laboratories contain a wide variety of gas cylinders, including flammable, explosive, combustion-supporting, corrosive, and inert gases. Their storage and management face multiple common challenges common to the industry.

• Decentralized Management: Each laboratory stores its own materials, leading to disorganized supervision and difficulty in assigning responsibility;

• Concentrated Risks: Indoor storage increases the risk of leaks and explosions, threatening personal and equipment safety;

• Uncontrolled Environment: Ventilation, temperature, and humidity are substandard, and professional protective facilities are lacking;

• Delayed Early Warning: Manual inspections are insufficient to detect potential hazards in a timely manner, resulting in slow emergency response.

The ZOYET Mobile Central Gas Supply Container is not an ordinary "box," but a smart and secure space that integrates 13 core technologies, providing 24/7 security.

The primary safety principle for gas cylinder storage is "categorization and isolation."

The ZOYET Mobile Central Gas Supply Container employs a refined zoning design, strictly separating flammable gases (such as acetylene), oxidizing gases (such as oxygen), inert gases (such as nitrogen), and corrosive gases into independent storage units based on their chemical properties. Explosion-proof isolation walls and ventilated buffer zones are installed between units, physically eliminating the risk of chemical reactions caused by mixed storage.

Each zone is equipped with corrosion-resistant alloy mounting brackets and adjustable straps to securely hold gas cylinders of different sizes, preventing sparks from tipping or collisions, and achieving centralized, standardized, and refined management of gas cylinders.

A stable storage environment is the foundation of gas cylinder safety. ZOYET creates a suitable environment through the collaborative efforts of multiple systems:

1. Forced ventilation system: Employs a high-efficiency exhaust device to ensure constant air circulation within the chamber and prevent the accumulation of harmful gases;

2. Temperature control system: Automatically activates a thermostat to stabilize the chamber temperature within a safe range, preventing abnormal pressure in the gas cylinders due to high or low temperatures;

4. The core explosion-proof configuration includes a complete explosion-proof system and explosion-proof lighting system, ensuring no ignition source hazard in complex environments;

5. A comprehensive monitoring network integrates smoke detection, temperature detection, and explosion-proof gas leak detection systems, providing millisecond-level monitoring of the cabin's status, with data uploaded in real-time to the university's safety management platform;

6. A sound and light linkage alarm system immediately activates a high-decibel warning and flashing lights upon detecting an anomaly, simultaneously triggering a remote message push to the administrator's mobile phone, achieving dual "on-site + remote" early warning.

7. The active fire response suspended dry powder fire extinguishing system is linked with the monitoring system. Once a fire is detected, it can accurately spray fire extinguishing within 5 seconds, covering all gas cylinder storage areas.

8. The directional explosion venting design is equipped with a professional explosion venting device, providing a directional channel for accidental explosions and minimizing shock wave damage;

9. The lightning and static electricity protection cabin adopts an overall grounding design (grounding resistance ≤4Ω), combined with anti-static flooring and explosion-proof handrails, and is externally equipped with lightning arresters to comprehensively avoid the risk of combustion and explosion caused by lightning and static electricity.

10. Remote monitoring for intelligent control: Equipped with a high-definition night vision monitoring system, it supports 24-hour video recording and storage as well as remote real-time viewing. Managers can monitor the status inside and outside the gas cylinder compartment via mobile phone or computer, achieving intelligent management without leaving home and significantly improving monitoring efficiency.

The successful implementation of the ZOYET  Mobile Central Gas Supply Container has brought multiple core values to the university, completely transforming the traditional gas cylinder management model:

1. It moves hazardous sources from densely populated laboratories to an independent outdoor space, achieving physical isolation and significantly reducing safety risks in core research areas;

2. Centralized and standardized management of gas cylinders reduces manual inspection costs, and data recording enables full-process traceability, improving management efficiency by over 60%;

3. The solution fully complies with relevant national and industry safety standards, helping the university successfully pass various safety reviews;

4. It creates a safer and more secure experimental environment for researchers, eliminating safety concerns and allowing researchers to focus more on innovative breakthroughs.