|
|
|
|
Members Sign In
|
|
|
|
|
|
|
|
|
|
One system we utilize is the American Water Technique
Monitoring and Control System. The American Water Technique
is a flexible, programmable monitoring system and control system, designed specifically
for industrial water treatment applications. The system monitors, controls, and
logs data from all sensors and devices associated with water treatment programs.
Fully integrated PC software enables remote monitoring and the capability to perform
all operational functions.
American Water Technique ® Features
Examples of devices, which can be monitored and/or controlled, include:
• |
Specific ion analyzers
|
• |
Conductivity meters
|
• |
pH sensors
|
• |
Halogen analyzers
|
• |
Metering pumps
|
• |
Chemical usage devices
|
• |
Deposit monitoring devices
|
• |
Solenoid valves
|
• |
Contacting water meters
|
• |
Chemical inventory measuring devices
|
• |
Corrosion rate monitoring devices
|
American Water Technique Monitoring
and Control Capabilities:
The American Water Technique Solutions
has the following monitoring and control capabilities:
• |
Continuous monitoring and control of treatment programs
|
• |
Automatic dial-out to a PC or Pager for critical alarm conditions
|
• |
Real-time display of all measured parameters
|
• |
System analysis of results with integrated American Water
Technique
|
• |
Monitoring and recording of all critical system parameters
|
• |
Treatment program inventory control
|
• |
On-demand, cumulative reporting of all data-logged parameters
|
American Water Technique Benefits
Improved results and reduced costs are the key benefits realized by using the American Water Technique. Knowing system
status and results on a real-time basis enables plant operators to better respond
interactively with the system. Plant manpower can be more effectively used, with
greater reliance on the American Water Technique
engineer because of remote monitoring and control capabilities provided by the American Water Technique. Reduced water,
energy, and manpower costs result. Extended equipment life and program performance
are made possible. |
|
|