What does a community's water infrastructure consist of?
All of the man-made and natural structures that transfer and treat water are included in a community's water infrastructure. While all infrastructure is part of the same system, it is frequently more convenient to conceive about drinking water, wastewater, and stormwater separately.
The components and scale of these systems differ depending on the community. Knowing the components of your community's system aids in the long-term management of these systems.
What does a sustainable water infrastructure look like in a community?
The path to sustainability is the same for your city as it is for the entire country, and it consists of two main components:
• Costs, which include infrastructure replacement and operations, and
• The revenue stream that will cover such expenses.
Many communities have a gap between costs and income as a result of historical underinvestment, which can only be addressed by putting pressure on those two factors.
Communities, in collaboration with utility managers, must devise plans to reduce long-term expenses or increase revenues to cover those costs. The solution will be found in both for most towns. The ability to control expenses is constrained by efficiency opportunities. The amount of money that a community member can afford to pay limits the amount of money that can be raised.
What is the real value of water infrastructure?
The annual cost of running wastewater and/or water treatment plants is in the hundreds of thousands of crores, and many plants across India require maintenance or replacement. Repair costs are estimated to be around Rs. 1 trillion over the next 25 years, resulting in higher water bills and local levies. Several variables, according to the Government, contribute to infrastructure expenses, including:
• Material utilization
• Installation of a water main
• Average life expectancy
• The expense of replacement
• Demographic shifts
The need for repair, replacement, and expansion is evenly distributed across the country. According to the assessments, much of the water infrastructure dates from the nineteenth century. By 2050, the needs will rise to Rs.1.7 trillion or higher. This figure demonstrates that the importance of water infrastructure comes at a high expense.
How can we persuade decision-makers to change their minds?
Let's move on to asset management for water infrastructure.
The use of water infrastructure asset management has a number of advantages.
It is "A combination of techniques and procedures for delivering desired services to people and businesses at the lowest lifecycle costs (including environmental and social costs) while managing risk to an acceptable level".
Other ways for increasing water management practice adoption and execution include
• Supporting extra funding and regulatory requirements from water management practitioners;
• Engaging the whole water infrastructure management sector;
• Providing more education and data to the water industry;
• Maintaining contact with the appropriate water infrastructure management.
Only ten of the fourteen asset management practices is now used by one-third of all respondents.
Two-thirds of respondents, on the other hand, have not adopted the procedures. Implementing these tactics may appear to be a band-aid solution to a festering infection, but it's a start that will hopefully gain momentum.
What is the expected lifespan of water infrastructure?
The assets that make up our systems have a wide range of life spans. Treatment plants, for example, have a 20 to 50-year useful life before requiring major rehabilitation or replacement.
Pipes can last anywhere from 15 to more than 100 years, depending on the material and the atmosphere. The age of a pipe is simply a rough guide to whether it needs to be repaired or replaced. Having a mechanism in place to assess the current state of infrastructure will ensure that funds are spent where they are most needed.