The founder said
Hebei Emery Technology Co., Ltd. is engaged in the production and manufacturing of ecological environment monitoring instruments, mainly engaged in online dust monitoring devicesThe VOC over limit alarm sensing device is used by users in more than 20 provinces, cities, and districts including Shanghai, Chongqing, and Shandong,AIMOLI is committed to meeting the public's desire for understanding environmental quality through advanced technological means, and promoting social management and control of environmental quality!
Scope of use
Emery TechnologyThe AMLVOC series VOC over limit alarm sensing device is mainly used for emission sources with emission rates less than 2.5kg/h or exhaust volumes less than 60000m3/h;Especially suitable for monitoring unorganized emissions after collection and treatment;Unorganized emission workshops, factory boundaries, and other places that require excessive monitoring can retain samples for exceeding the standard.
system composition
Alarm based online monitoring system analysis host;
Gas analysis sensing device;
Gas sampling device(Optional pre-processing);
Excess sample retention unit(Optional);
Temperature, pressure, flow and humidity measuring instrument(Optional);
Product advantages
If you choose Emery, you have chosen:
Compliant with national and local standards, specifications, technical requirements, and policiesVOC over limit alarm;
Enterprises can start construction in one installation and reduce the need for rectificationVOC over limit alarm, difficult for peers to achieve;
The supply price is lower than the average price of peers10%,One lifetime free software upgrade investment, while peers only receive one year of free upgrade.
project background
In order to promote the construction of ecological civilization, implement the Special Implementation Plan for the Rectification of Volatile Organic Compound Pollution in Key Industries in Hebei Province, strengthen the operation and management of volatile organic compound emission control facilities, and meet the growing demand of the people for a beautiful ecological environment. Emery Technology, in collaboration with industry elites such as the University of Science and Technology and fifty-four institutes, has carefully crafted an online detection system widely applicable to fixed pollution sources and unorganized emissions in various industries such as chemical and rubberVOC over limit alarm sensing device (VOC over limit alarm). Intended to ensure emissions (exhaust pipes and chimneys) meet standards through improved monitoring technology.
System Characteristics
The product meets the requirements of industrial enterprises in multiple provinces and citiesVOC emission control standards
The entire network adoptsUnless otherwise required for GPRS (sending SIM card and data)
TFT-LReal time display of CD industrial screen
Automatic sample retention for exceeding standards, facilitating precise laboratory analysis in the future
Adopt the United StatesBaseline Company's original imported PID detector
VOC over limit alarm detects the concentration value of VOC gas in real-time 24 hours a day
Optional explosion-proof design, can be installed in explosion-proof areas, safe and reliable
The system can use the total heat method, and the detection data is accurate and reliable
High penetration rate, with users spread across Shanghai, Chongqing, Shandong, and other regions20More than provinces, cities, and districts
Equipped with automatic blowing and cleaning function, extending the service life of the instrument
Equipped with automatic calibration function
Expandable optional measuring instrument for temperature, pressure, flow and humidity
Storable100000 pieces of testing data M-BUS signal output or RS485 digital output interface
Scalable measurement collection and processing device operating status
TECHNICAL INDEX
ordername |
Indicator Name |
VOC |
SO2 |
NOx |
smoke and dust |
1 |
Detection error (shown)Value error) |
≤±3%F.S |
≤±2%F. S |
≤±2%F. S |
≤±10% |
2 |
alarm error |
≤±3%F. The alarm setting value is generally (10)~20)%F.S) |
≤±3%F.S |
≤±3%F.S |
≤±5% |
3 |
response time |
≤30s |
≤30s |
≤30s |
≤30s |
4 |
repeatability |
≤±2% |
≤±1%F. S |
≤±1%F. S |
≤±2% |
5 |
detection limit |
not more than |
1ug/m3 |
1ug/m3 |
0.1ug/m3 |
6 |
Drift (zero and range) |
≤±2%F. S/6h |
≤1%F. S/Year by year |
≤1%F. S/Year by year |
≤1%F. S/Year by year |
7 |
Sensor lifespan |
>1 year(Using 24-hour continuous testing method) |
>2 years |
>2 years |
>2 years |
pourWhen special functions such as excessive sample retention are required, please explain separately