Photo: Stephen Pedersen
Water infrastructure is usually discussed at the scale of cities, utilities and major public works projects. But some of the most important water systems in the country operate far from urban centers, across farms and ranches where a tank, pump, pipeline or irrigation system can determine whether water is available when it is needed.
That agricultural perspective was part of the conversation at the Water Nexus Conference at Rice University, where Ranchbot CEO Andrew Coppin joined the “Financing the Next Trillion-Dollar Infrastructure Gap” panel mid-September. The broader conference brought together researchers, industry leaders, policymakers, investors and innovators to discuss how water systems will need to evolve as demand and environmental pressures change.
For agriculture, the infrastructure question is particularly practical: Who will finance the systems that move, store and manage water where food is actually produced?
Water Infrastructure Doesn’t Stop at the Reservoir
The infrastructure supporting agriculture can be easy to overlook because it is often dispersed rather than concentrated in a single large project.
USDA research has documented the extensive infrastructure required to store and deliver water to farms and ranches. Irrigation organizations, for example, operate systems that move water through canals, pipelines and other conveyance infrastructure before it reaches agricultural operations. In 2018, off-farm sources supplied 40% of the water applied to irrigated crops in the United States.
There is also infrastructure closer to the producer: wells, pumps, storage tanks, troughs, pipelines and irrigation equipment.
Each system has its own maintenance requirements and operating conditions. For a rancher, the value of that infrastructure is not measured by its size. It is measured by whether water gets where it needs to go.
That distinction matters when discussing the next generation of water investment.
The Financing Challenge Is Bigger Than New Construction
Building new reservoirs, treatment facilities or major conveyance projects will remain part of the water infrastructure conversation. But infrastructure also has to be maintained, monitored and adapted over time.
That is especially relevant in rural areas, where projects can serve geographically dispersed users and where the economics of an upgrade may look different from those of a large municipal system.
Recent USDA programs illustrate the continuing need for investment. Throughout 2026, the agency has continued supporting rural water infrastructure projects, including investments to improve reservoirs and water systems and programs designed to help farmers and ranchers make water-management improvements.
The challenge, then, is not simply finding capital for new construction. It is determining where investment can make existing systems more reliable and where technology can help operators get more useful information from the infrastructure they already have.
Better Infrastructure Needs Better Information
A water tank does not become more useful because someone can see it on a spreadsheet. What matters is knowing what is happening inside it and whether the system connected to it is behaving as expected.
That is where monitoring can become part of the infrastructure conversation.
For a ranch with water assets spread across a large property, physically checking every tank or pump takes time. A monitoring system can provide information about water levels, trends, flow, pressure and pump activity without requiring the operator to drive to each location simply to find out whether something has changed.
Ranchbot, the company Coppin leads, approaches this problem through remote, satellite-connected water monitoring designed for agricultural operations.
The technology does not eliminate the need for physical infrastructure. It addresses a different problem: giving the people responsible for that infrastructure better visibility into how it is performing.
That distinction is important as water investment increasingly moves toward resilience. A new or upgraded system still depends on someone being able to operate and maintain it effectively.
The Rancher Belongs in the Investment Conversation
For Coppin, who grew up ranching in Australia before moving into technology and financial markets, water infrastructure is ultimately an operational issue as much as an investment one.
Ranchers are not managing water from a conference room. They are managing it across working landscapes, often with infrastructure spread over considerable distances and with livestock depending on that infrastructure every day.
That makes reliability, access to information and the ability to identify problems early part of the value equation.
The same principle applies beyond ranching. USDA’s research on Western water management identifies modernizing infrastructure, improving water-management practices and increasing resilience as interconnected priorities for agricultural producers.
As governments, investors and industry leaders consider the enormous amount of capital needed to address water infrastructure, agriculture needs to remain part of that conversation.
The next generation of water infrastructure will not be judged only by how much gets built. It will also be judged by whether the systems work for the people who depend on them, whether they can be maintained over time and whether operators have the information needed to manage them.
For farmers and ranchers, that is where the infrastructure gap becomes real: not at the project announcement, but at the moment water needs to be there.
