Application of Environmental Sensors
OIL
Water Cut
A reliable and rugged sensor which can provide an accurate indication of the percentage of water in the fluid pumped is the first step in reducing to a minimum the water content of the oil produced.
Well characterization
Well Tuning
Custody Transfer
Upset Condition
AGRICULTURE
Irrigation
Silviculture
Viticulture
ENVIRONMENTAL RESEARCH
Improving Quality of the Environment
Reducing emission of polluttants
WASTE MANAGEMENT
Saving Energy
Reduce Emissions in Gas Engines
CIVIL ENGINEERING
Imprved Comfort and Safety
Environment Sensors are enabled monitoring devices. They have the ability to monitor and report on various types of environmental conditions including temperature, humidity, power and air flow as well as detect water and the state of multiple dry contacts (switches). The Environment Sensors comes in several variations with the differences being the maximum number of sensors that can be attached, web camera capability and the type of mounting.
Varying numbers of of environmental sensors (Humidity and Temperature) . The sensor is monitored and the information is available via the unit's Web interface and/or via SNMP.
The Environment Sensor can also have various types of binary state switches attached. These switches may be monitoring such things as the opening of a door, the presence of water (even clean water), the presence of air flow or any other simple switched circuit. Such "dry contacts" are often available from Air Conditioners, UPSs, VESDA or other alarm systems. The Environment Sensor can detect if the switch is open or closed and can generate an SNMP trap when the switch changes state.
Once configured, the Environment Sensor's Humidity and Temperature Sensors can be easily recorded by OverTime. OverTime finds the names for each of the sensors you have configured and even the scale (C or F) used and configures the appropriate collections and OverTime configurations.
Many development use of Environmental Sensors.
SiC MEMS for Harsh Environments
Silicon carbide (SiC) is a high band gap semiconductor exhibiting very interesting mechanical and electrical properties including wide bandgap, mechanical strength, high thermal conductivity, high melting point and high inertness to exposure in corrosive environment. Devices manufactured in SiC are more robust and can operate at higher temperatures and in harsh environment compared to their silicon counterparts
Such as gas, humidity, temperature and pressure sensors for many different applications. Sensing systems including sensors arrays as well as instrumentation for micro portable gas analysers are being developed.
production and operation aspects of the devices and systems developed, by doing research on low-cost and environmentally friendly printing processes and on ultra-low power electronics and modes of operation. We are envisioning the direct printing of sensors on different types of products such as smart labels and tags.
OIL
Water Cut
A reliable and rugged sensor which can provide an accurate indication of the percentage of water in the fluid pumped is the first step in reducing to a minimum the water content of the oil produced.
Well characterization
Well Tuning
Custody Transfer
Upset Condition
AGRICULTURE
Irrigation
Silviculture
Viticulture
ENVIRONMENTAL RESEARCH
Improving Quality of the Environment
Reducing emission of polluttants
WASTE MANAGEMENT
Saving Energy
Reduce Emissions in Gas Engines
CIVIL ENGINEERING
Imprved Comfort and Safety
Environment Sensors are enabled monitoring devices. They have the ability to monitor and report on various types of environmental conditions including temperature, humidity, power and air flow as well as detect water and the state of multiple dry contacts (switches). The Environment Sensors comes in several variations with the differences being the maximum number of sensors that can be attached, web camera capability and the type of mounting.
Varying numbers of of environmental sensors (Humidity and Temperature) . The sensor is monitored and the information is available via the unit's Web interface and/or via SNMP.
The Environment Sensor can also have various types of binary state switches attached. These switches may be monitoring such things as the opening of a door, the presence of water (even clean water), the presence of air flow or any other simple switched circuit. Such "dry contacts" are often available from Air Conditioners, UPSs, VESDA or other alarm systems. The Environment Sensor can detect if the switch is open or closed and can generate an SNMP trap when the switch changes state.
Once configured, the Environment Sensor's Humidity and Temperature Sensors can be easily recorded by OverTime. OverTime finds the names for each of the sensors you have configured and even the scale (C or F) used and configures the appropriate collections and OverTime configurations.
Many development use of Environmental Sensors.
SiC MEMS for Harsh Environments
Silicon carbide (SiC) is a high band gap semiconductor exhibiting very interesting mechanical and electrical properties including wide bandgap, mechanical strength, high thermal conductivity, high melting point and high inertness to exposure in corrosive environment. Devices manufactured in SiC are more robust and can operate at higher temperatures and in harsh environment compared to their silicon counterparts
Such as gas, humidity, temperature and pressure sensors for many different applications. Sensing systems including sensors arrays as well as instrumentation for micro portable gas analysers are being developed.
production and operation aspects of the devices and systems developed, by doing research on low-cost and environmentally friendly printing processes and on ultra-low power electronics and modes of operation. We are envisioning the direct printing of sensors on different types of products such as smart labels and tags.
http://www.wtec.org./
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