Jack@watchtechnologies.com tel:541472-8095

Watch Technologies

State-of-the-Art Water Control Equipment

  • Products
    • All Our Products
    • Sluice & Slide Gate Actuators
      • Standard Sluice & Slide Gate Actuators
      • WT-100 Light Lift Gate Actuators
      • WT-200 Medium-Lift Gate Actuators
      • WT-300 Heavy-Lift Gate Actuators
      • PumpWatch
    • Tainter (Radial) Gates
    • Slide/Sluice Gates
    • Smart Sluice Gates
    • Smart Split Gates
  • Data Sheets
  • Gallery
  • About
    • About Us
    • Jack Goldwasser
    • Why Watch Technologies
  • Contact

Irrigation

Sluice Gates

Tainter Gates

Water Conservation

You are here: Home / Conferences / Efficient water resource management

Efficient water resource management

February 13, 2013 by Jack Goldwasser

Increasing the efficiency of water resource management

waste-waterPublic and private water utilities are faced with the challenging task of meeting the increasing demand for safe, reliable, and high quality water, for today and tomorrow, in a time of decreasing water supplies. This must be accomplished in an economical and environmentally appropriate way.

Utilities are also charged with managing and treating more waste water; and many are working to increase the output of reclaimed water, the new water source. Uses for reclaimed water are rapidly increasing beyond agriculture, landscaping, golf courses, and fossil fuel power plants; it is playing an important role in a new generation of green energy production such as solar thermal plants.

The need for water system control modernization

As water systems expand and undergo process changes, many have become inadequate or obsolete. There is a growing need for reliable, sturdy and accurate equipment and systems to collect and monitor data, and control operations, such as SCADA (Supervisory Control And Data Acquisition) Internet-based systems.

Watch Technologies can maximize your investment in the useful life of existing equipment and automation systems, and provide you with cost-effective upgrades to make your operations more efficient. Having real time data on all aspects of your operations, including remote locations, that can be easily viewed online by operators and appropriate staff, enables you to make immediate adjustments as needed. Automated control systems such as SCADA systems give you greater control over energy utilization and mechanical operations, which will result in lower labor costs.

We will provide you with a solution that can be installed without interrupting operations, and seamlessly integrated. We offer a full range of services, from planning, design/manufacturing, installation, maintenance and 24/7 service. We offer a products ranging from individual components for data collection, monitoring and control, to complete, turn-key SCADA systems.

WT’s new products improve operations and cut costs

WT designs and manufactures water and wastewater gates and actuators in the U.S.A. WT is constantly innovating more effective and lower priced products for our clients. Our new remote terminal unit, theWiSI Mini RTU (Wireless Sensor Interface Mini Remote Terminal Unit) enables you to monitor and control large scale systems over a large geographic area at a very low cost, delivering huge potential savings. Another new product, the Smart Split-Gate, can autonomously carry out complex reporting and mechanical operations that are either programmed or commanded by managers.

Contact us to discuss how we can help you achieve greater water conservation, save time and money.

Filed Under: Conferences

Gates

  • Slide/Sluice Gates
  • Smart Sluice Gates
  • Smart Split Gates
  • Gallery of Sluice Gates
  • Tainter Gates

Sluice Gate Actuators

  • Sluice & Slide Gate Actuators
  • WT-100 Light Lift Gate Actuators
  • WT-200 Medium-Lift Gate Actuators
  • WT-300 Heavy-Lift Gate Actuators
Watch Technologies | 2185 Spalding Avenue #10 Grants Pass OR 97526
© 2025 Watch Technologies. Actuator: US Patent Pending | Split Gate: US Patent Pending · Sitemap | Privacy Policy · Site designed by Foxxr

Description of the image