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PAGE

PAGE Technologies brings automated water chemistry monitoring to agriculture, wastewater, and mining. PAGE's platform combines printed sensors, automated sampling and calibration, and cloud analytics to measure water quality, nutrients, and pollutants to optimize processes, eliminate waste, and make timely decisions.

Fellows

Elliot Strand

Elliot Strand is the co-founder and CEO of PAGE Technologies, a company building an affordable digital platform with printed, multi-signal sensors and advanced analytics to help agricultural operations optimize water and fertilizer use. Strand earned his B.S. from the University of Wisconsin–Madison, where he worked on several climate resilience-focused projects, and completed his Ph.D. in materials science and engineering at the University of Colorado Boulder, earning MDPI’s journal, Sensors, Best Ph.D. Thesis Award in 2023.

Elliot Strand
Payton Goodrich

Payton Goodrich

Payton Goodrich is the co-founder and CTO of PAGE Technologies, a company providing an affordable agricultural and environmental data platform to optimize agricultural input use. Goodrich has had a lifelong interest in environmental conservation and enjoys technical challenges related to green technology development. Goodrich completed his B.Sc. at Iowa State University and a M.Sc. and Ph.D. in mechanical engineering at UC Berkeley.

Technology

Critical Need

Water chemistry drives critical decisions across agriculture, wastewater treatment, and mining, yet operators often rely on periodic sampling and laboratory analysis. These snapshots can miss rapid changes, while delayed results limit timely intervention. Existing online analyzers can be expensive, maintenance-intensive, and limited to individual analytes. Operators need practical, affordable access to frequent measurements of the nutrients and ions that matter to their processes. Closing this information gap can help prevent wasted inputs, treatment inefficiencies, and avoidable release of pollutants.

Technology Vision

PAGE Technologies envisions a future where real-time chemical insights guide how we manage water and land. Its platform combines affordable sensors and advanced analytics to make water chemistry monitoring accessible across all industries. By making chemical information easier to obtain and act on, PAGE empowers operators to optimize processes, reduce waste, and protect natural resources. PAGE’s goal is to make chemical monitoring a practical, everyday tool wherever water quality matters.

Potential for Impact

PAGE can help growers optimize fertilizer use, wastewater operators manage nutrient removal, and mining operations better process and discharge water. More frequent chemical measurements can reveal changes that periodic sampling misses, supporting faster interventions and more efficient use of water, chemicals, and energy. By bringing chemical insights closer to the point of decision, PAGE aims to improve operational performance while reducing nutrient pollution, conserving resources, and protecting ecosystems.

Bridging science with entrepreneurship

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