Monitoring toxic and harmful gases is crucial in industries such as petroleum and petrochemicals, metallurgy, gas, and chemical engineering. Our remote online monitoring system is the ideal solution to address this challenge. It adopts the cloud service system architecture of Internet plus, and realizes many functions such as real-time monitoring, remote control, automatic control, and integrated management of remote sites.**System functions**1. * * Equipment monitoring: * * According to process requirements, our configuration screen can be edited and displayed. It can display the operation of equipment in the form of floor plans, animations, curves, etc., and show real-time key parameters and production data of the equipment.
This remote online monitoring system for toxic and harmful gases makes full use of the unique cloud service system architecture of Internet plus and provides a comprehensive environmental monitoring solution for various industries. It is widely used in petroleum and petrochemical, metallurgy, gas, chemical, environmental monitoring, fire rescue, municipal, warehousing, commercial services, power plants, mines, tunnels, underground pipelines, pharmaceuticals, automobile manufacturing, furniture manufacturing, semiconductor manufacturing, printing, spraying and other fields.
Industry new standards and application upgrades in 2026
The "Guidelines for the Construction of Intelligent Safety Risk Control Platform for Hazardous Chemical Enterprises" issued by the Ministry of Emergency Management in 2025 clearly require that toxic and harmful gas monitoring must be achievedSecond level alarm and three-level linkage response(On site sound and light → Central control confirmation → Remote emergency command).
The gas monitoring solution of modbus.cn has been fully adapted to the new standard: Modbus RTU sensors are connected to the edge gateway through RS485 bus, and the gateway has built-in linkage logic - when hydrogen sulfide exceeds the threshold, ventilation will be automatically turned on, and an alarm will be pushed to the fire platform through MQTT/HTTP. Complete solution supportOffline operation due to network disconnectionEnsure that local linkage can still be completed in extreme situations.
For new or renovated projects, it is recommended to adopt modular design to facilitate flexible expansion of monitoring points and linkage equipment in the later stage.
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