NuR² is developing an integrated platform designed to support measurable nutrient reduction across entire watersheds.
America has no shortage of innovative technologies capable of capturing nutrients from agricultural runoff. Mechanical capture systems and engineered treatment solutions can be highly effective for individual projects.
The challenge is scale.
A watershed may contain hundreds or thousands of locations where nutrient losses occur. Solutions designed as one-off projects are difficult to replicate, deploy, monitor, and finance across an entire watershed.
NuR² is focused on building the infrastructure that makes edge-of-field nutrient capture scalable.
Our platform connects watershed intelligence, edge-of-field capture infrastructure, measurable nutrient removal, nutrient recovery, and emerging nutrient-credit markets into a system that can be replicated across watersheds.
Edge-of-field capture has the potential to change how we address nonpoint-source pollution.
Rather than relying exclusively on downstream treatment after nutrients have entered rivers and lakes, we can intercept nutrients much closer to where they leave the land.
But that requires more than a good treatment device.
It requires an infrastructure system capable of identifying priority locations, deploying capture solutions rapidly, measuring performance, recovering captured nutrients, documenting results, and creating a financial pathway that can sustain continued deployment.
That is the infrastructure gap NuR² is working to address.
We want to encourage and foster the development of new generations of edge-of-field traps that are:
We believe the next generation of nutrient capture should do more than simply trap pollution. It should recover a resource.
Phosphorus is a finite and valuable agricultural nutrient. When dissolved phosphorus (DP) leaves agricultural fields and enters waterways, it contributes to eutrophication and becomes an environmental liability.
Our vision is to support capture technologies and media that can intercept dissolved nutrients at the edge of the field, remove them from the water, and ultimately recover those nutrients for beneficial reuse.
In the case of phosphorus, this creates the potential to move from:
A successful system can therefore create environmental value and resource value at the same time.
One of the greatest barriers to scaling nonpoint-source nutrient reduction is not necessarily the absence of technology.
It is the absence of standardized, measurable infrastructure and reliable financial mechanisms capable of rewarding the people who participate.
State nutrient-credit programs and other emerging environmental markets can help create those incentives. But credits for nonpoint-source reductions require confidence that a nutrient was actually captured and removed.
Measurement, reporting, and verification are therefore fundamental to our platform.
NuR² wants to work directly with state agencies and other stakeholders to demonstrate measurable, repeatable, and independently defensible nutrient capture.
Our goal is to help establish the technical foundation necessary for states to develop and allocate nutrient-capture credits to the nonpoint sources where nutrient reductions actually originate.
This can help transform nutrient capture from an environmental expense into an economically supported watershed service.
Farmers should not have to carry the cost of solving a problem that benefits an entire watershed.
Our objective is to develop a system in which participation can create economic value for landowners while producing measurable public and environmental benefits. We envision a model where:
By developing the infrastructure and verification systems needed to support nutrient credits, we hope to create a pathway where farmers are financially rewarded rather than financially burdened for participating in watershed protection.
Not every acre contributes equally to watershed impairment.
Effective watershed restoration requires knowing where the greatest nutrient losses are occurring and where intervention can have the greatest impact.
NuR² is developing watershed intelligence to help communities, agencies, conservation organizations, and other stakeholders identify and prioritize potential nutrient-loss hotspots.
By combining available watershed data, geographic information, monitoring, and emerging analytical technologies, we seek to move from:
Better intelligence means better allocation of resources.
Watershed restoration is not only an engineering challenge. It is a community challenge.
People living within impaired watersheds often know that their rivers and lakes are unhealthy without having access to clear information about why they are impaired, where the pollution originates, or what can realistically be done about it.
NuR² will work to make watershed information more accessible and understandable.
We want communities to be able to see their watershed, understand the sources contributing to impairment, recognize where solutions are being deployed, and ultimately see the measurable results of those interventions.
When communities understand the problem, they are better positioned to support the solution.
NuR² is not simply developing another nutrient-capture device. We are working to build the supporting infrastructure around edge-of-field nutrient capture that is necessary for the technology to scale.
That means connecting:
Our goal is a repeatable model that can move beyond individual projects and support hundreds or thousands of edge-of-field interventions across impaired watersheds.
We need the infrastructure to scale.
Explore the full NuR² story — from the science behind nutrient capture to the partnerships driving real change.
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