Smoke Emission Monitoring
- Published on Wednesday, 21 September 2011 22:58
WellinTech Co,. LTD. based on the KingView and industrial database’s pollution source online automatic monitoring system entire system has been successfully applied by the Shandong Mouhou Power Plant’s smoke emission monitoring system. System monitoring graph as shown in Graph 2. According to the (Thermoelectric power station smoke emissions continuous monitoring technology standard) (HJ/T 75-2001)’s provisions, this system mainly detects smoke and dust, sulfur dioxide, nitrogen oxides and other pollution’s potency, and the flow rate of the smoke, oxygen content, temperature, and other data. As well as passing the (Pollution Source Online Automatic Monitoring (detect) System Data Transmission Standard), and successfully providing on-site data collection transmission server and Environmental Protection Bureau’s data exchange between the upper machines.
The environmental industry affects with the people of every nations and the development of everyone on earth, and is a topic that’s holds every governments’ attentions. Thus, WellinTech Co,. LTD. has specially development solutions and software for the environmental industry hoping to be able to pay the proper contribution as an enterprise should of.
As we can see the current guideline (Pollution Source Online Automatic Monitoring (detect) System Data Transmission Standard) given by China, because between the data transmission of the standard on-site pollution sources and Pollution Environmental Bureau, but has not issue between all levels of environmental protection bureau's correspondence standard. We will continue pay attention to this work’s progress and will promptly answer with the highest standard software to meet the set guideline.
Environmental protection is a major concern in today’s world. At the same time, with the development of economic, society, as well as living standards, the demand for the wellness of the environment as also grown.
On-line sources of automatic monitoring system will be able to spot the various sources of data collection to environmental protection departments on all levels. With this system, environmental protection departments can apply real-time monitoring of the pollution. In addition, we will able to predicate the future base on the past data.
However, the existing monitoring system has many problems, it is difficult to meet the needs of:
- Environmental protection agencies and various pollution sources do not have these unified data interoperability database, which lead to difficulties in controlling new pollution
- Systems lack the strong compatibility and the extendibility
- The current environmental protection agencies’ mostly use relational database data storage, which makes difficult to store large number of data
- Difficult software installation, complexity configuration, hard to maintain and operate