Despite the recent regulatory shakeup of the water sector, operators are still facing high costs, with wastewater failures resulting in sanctions worth over £240 million this year so far.
With the impending overhaul of Ofwat promising a new, more powerful governing body, such scrutiny and subsequent penalties could increase. Under this period of regulatory uncertainty, the imperative for sustainable, resilient infrastructure is obvious.
With ambitious targets to halve water pollution and protect consumers from unwarranted bill hikes, companies failing to comply with any new body's directives might anticipate substantial fines and perhaps even stricter enforcement. What’s more, the risk of drought following the driest spring in 132 years has raised concerns around the availability of water - placing further pressure on water management.
It is a small part of a highly complex puzzle of competing priorities and significant upheaval, but looking to the future, satellite-enabled IoT technology could help. Utility firms will need to bolster the efficiency of their operations by enabling real-time monitoring across their water infrastructure. This contributes to improving the safety and sustainability of these networks, helping companies to avoid regulatory and financial challenges while also safeguarding the environment.
Transforming water management from reactive to proactive, satellite-enabled IoT devices can help utilities firms anticipate risks and build resilience across their networks, providing a vital path forward amidst looming environmental challenges and subsequent regulatory pressures.
Regulatory scrutiny is raising the stakes for water companies
Given the current supervisory pressures and costly fines facing water companies, the establishment of one new regulatory body to oversee the entire water system is likely to bring new, challenging regulatory reforms. Alongside these pressures, increasing dry spells of weather are raising concerns. Currently, a lot of UK water infrastructure is old, with leaks, bursts and general inefficiencies common across these networks, raising the risk of regulatory consequences, with companies being increasingly penalised for sewage and water leaks.
Because of how large water networks are, it can be difficult to find exactly where an issue arises from, making it difficult to quickly fix the problem. What’s more, due to the vast spread of pipes and tanks, issues are often only detected once large enough to cause disruption, risking greater damage to the wider network.
Water companies must move from a reactive to a more proactive and preventative approach, actively anticipating challenges rather than responding once the damage has been done. This change will help safeguard the environment from detrimental sewage leaks while helping to protect their bottom lines – a win, win.
The path to proactive water management
Real-time monitoring via IoT can help water companies proactively manage and improve their critical and often remote assets like reservoirs and pipelines, moving to a more proactive approach, which is often more cost-effective.
Using IoT technologies, companies can deploy sensors across their water network. This enables real-time data collection on essential parts of their system, from the pressure and flow rates in pipes to reservoir levels and overall water quality. Enabled by satellite connectivity, or perhaps a combination of satellite and terrestrial network capabilities, devices can stay connected, reliably, across the entire network: from city centers to the most remote locations.
Solutions, such as those provided by one of our ecosystem partners Stevens Water, use this data to provide actionable insights into the condition and operation of equipment, which can help companies detect issues such as leaks or equipment failures and fix these early-on, preventing larger and more costly damage across the network.
IoT devices can also be used to control equipment remotely, such as pumps and valves. This ensures that if leaks are detected, or if conditions change, firms can respond rapidly and redirect resources, reducing the need for manual intervention.
Ultimately, this ‘always-on' monitoring can help to prevent sewage leaking into the environment and the loss or contamination of valuable water resources, not only improving operational efficiency and costs for water firms but also bolstering the durability of their infrastructure.
Why satellite connectivity is crucial
In order for IoT technologies to work effectively, they require constant, reliable connectivity. However, many parts of the UK’s water network are in more remote areas where cellular connectivity is unstable or non-existent.
This is where satellite connectivity comes in, providing consistent connectivity and ensuring IoT monitoring sensors can remain always on. This means companies can gather reliable and real-time data from across their network and can use these insights to bolster resilience in operations regardless of location.
With the failure of cellular networks resulting in environmental incidents in the past, satellite connectivity ensures an alternative or backup to controlling these systems, preventing similar events occurring by guaranteeing continuous environmental monitoring, remote infrastructure control, and advanced metering.
Investing in resilience
With the cost of cleaning up overflows and sewage leaks reaching hundreds of millions of pounds, the benefits of investing in smart monitoring, which helps to prevent such pollution incidents, are evident.
Improving water infrastructure and detecting and preventing these leaks, is paramount. In the past, penalties for companies failing to meet regulatory standards could reach up to up to 10% of a company’s relevant turnover. Such penalties could continue under the UK’s new water regulator, particularly when the governments overhaul is centered around cutting water pollution in ‘England’s rivers, lakes and seas.’
The path forward is complex and multifaceted, but ultimately, consumers, regulators, and water companies alike want to see a more sustainable, efficient, and cost-effective network. Using IoT technologies can play a role in this journey: improving awareness and control across water networks, maximising operational efficiency by reducing costly manual interventions, optimising resource allocation, and preventing major disruptions. In turn, this increased resilience helps companies to build a more cost-efficient business that can avoid significant financial pressures.
As regulatory scrutiny and environmental concerns continue to elevate the pressure facing water companies, satellite-enabled IoT can support them to manage their networks more proactively, helping to keep issues at bay and thus preventing costly damage or leaks. While helping companies to uphold compliance, these technologies can also future proof a water network that’s adaptable, efficient, and sustainable in the face of unpredictable weather patterns, helping to sustain the longevity of this vital infrastructure.