A real-world, industrial application of remote process monitoring proves that a little technology can go a long way in terms of cost savings and process improvement.
The 7th Annual Smart Water Systems Conference, presented by SMi Group, brought smart water experts from around the world to London for two days in April. As an event partner, Water Online had interview access to event speakers — including those from some of Europe’s largest water providers — who were surveyed on trends and challenges in smart water. Read on to hear the thoughts of four smart water experts on four key questions.
For decades now, the ubiquity of the internet has been essential to modern life. Services like email, Google, and Amazon have connected us to the each other, the vast collective knowledge of humankind, and brought whatever we desire to our doorsteps with just a few motions of our fingers.
It’s increasingly obvious to me that the gap in the general understanding of technology is continuously increasing with those that are not working in the space every day. I am referring to industrial technology versus the general consumer technology market.
This heated debate continues to rage on in boardrooms, online forums, and tradeshow floors around the world. It pits SCADA teams, seeking to maximize system uptime, against IT departments, working to keep their systems secure. What follows is a very brief overview of why water and wastewater utilities choose to allow remote access and what steps should be taken to minimize the risk.
Global demand for power and water is accelerating — and the Middle East is no exception. A burgeoning population combined with multiple industrial diversification programs is fueling a boom in power and water projects. During the first three quarters of 2017, about US$30 billion of major power contracts and US$20 billion of water projects were awarded across the region. In 2018, the figure is looking more like $60 billion with the two sectors combined.
VTScada software helps Jamaica National Water Commission adopt world-class monitoring and control system.
While point level measuring approaches are regarded as simple and user-friendly, they lack the capabilities of more sophisticated continuous measuring instruments.
A Q&A with Gary Wong, chairman of the SWAN North American Alliance
Sampling and laboratory testing are major responsibilities for water professionals. Test results are used for process control, and ultimately to determine that water is safe for drinking, reuse, or discharge to the environment. Regulatory agencies rely on reported results for proof of permit compliance. So, obtaining representative, properly collected and preserved samples is the first critical step to ensure accurate test results.
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