“We want to transform from a centralized to a distributed approach using edge controller capabilities. Bedrock enables us to use remote monitoring, bringing many devices online into our SCADA system for the first time,” said Jason Hamlin, SCADA Manager, City of Lynchburg.
The Lynchburg Regional Wastewater Treatment Plant treats an average of 13 million gallons a day for Lynchburg and surrounding communities. The first two phases of its modernization initiative include automation of the residual chlorine removal process and the mitigation and notification of storm water overflows. The Bedrock platform supplied Lynchburg with an affordable alternative for transforming a complex
, aging, and connectivity-challenged de-chlorination system. It also proved the most rapid and cost-effective approach to address their storm water collection and alert-compliance issues.
“Providing public access to the existing scanner/alarm in the current environment meant opening access to the SCADA system, which we could not do. Bedrock’s cyber security allows us to confidently monitor overflows and feed data to the Ignition SCADA system, while providing public notifications,” said Hamlin.
According to Hamlin, a key to Bedrock’s flexibility is its modern and free Integrated Development Platform (IDE). The ability to switch over to Bedrock without interrupting treatment operations is facilitated by the embedded simulation capabilities that ensure a solution is fully tested before deployment.
Lynchburg continues to find new opportunities to leverage Bedrock’s breadth of capabilities. The team is currently evaluating a request to connect the Ignition SCADA system to the city’s business network for secure administrative and reporting, and the Bedrock system would simplify data collection.
“I could probably run the whole plant with one controller if I wanted to. I can also monitor much more than with my previous vendor, across multiple protocols and with no additional system cost,” said Hamlin.