Commercial-scale Landscape Transformation Savings Study.
Study shows real‐time data analysis and reporting of key indicators to help commercial water users improve efficiency by identifying cooling tower water waste.
Study the ability of water absorbing hydrogels to reduce water requirements in turf.
Study looks at technology to treat brewery wastewater for reuse in landscape irrigation applications.
Study the ability of polymer coated sand to hold water around the root zone reducing irrigation needs.
ARGO created Flip My Lawn.com as a tool for consumers and water conservation professionals to estimate project rebate amounts for turf removal as well as providing local resources to consumers based on zip code inputs.
Study shows the effects of compost treatment on turf grass to retain soil moisture at city parks.
Study the effectiveness of rainwater harvesting.
Evaluation of advanced oxidation reactor for water reuse in poultry processing plant.
Burbank conducted a multi-family leak detection pilot project utilizing Conservation Labs’ H2know smart water sensors.
Study uses sap flow sensors on avocado trees to help growers in southern California save irrigation water and improve water efficiency.
Effective water reuse in cooling tower systems.
Study compares the use of hydrogel and compost to improve water retention in the soils.
Study the effectiveness of BioChar as a soil amendment that reduces irrigation needs.
Development and demonstration of a low-cost, solar-driven greywater system using membrane filtration and UV disinfection to produce water for non-potable uses.
Meter Health Analytics Pilot Project.
CNSRV quantified water use associated with the Cold-Water Method used to defrost food across several commercial kitchens and determined savings with use of the water-efficient CNSRV WTR device.
Evaluate the use of drone imagery to improve irrigation management in golf courses.
Study new conveyer dishwashing machine for commercial kitchens.
Study evaluates the potential of leak detection system technology to increase water savings and changes to home water use behavior.
Study evaluates the water savings potential of pumped rinse door-type dish machines versus non-pumped rinse dish machines in commercial kitchens.
Evaluation of water and energy use of pre-rinse operations in commercial kitchens.
Evaluate the water and energy savings potential of replacing dipper wells with more efficient technologies.
Study the use of sensor for vineyards plants to base irrigation on sap flow through plant.
Study the effectiveness of Actively Aerated Compost Tea as a soil amendment that reduces irrigation needs.
Study uses drones and thermal sensor imaging to detect leaks from water distribution infrastructure.
Simplifying Cooling Tower Management for Commercial Properties with the One Number Efficiency (ONE) Program.
A Cost-Effective Approach for Leak Detection and Leak Localization in Multi-Family Properties.
Study benchmarks residential home water use to provide individuals with information to attempt to modify water-use behavior.
Study looked at innovative financing mechanisms to increase adoption of greywater systems.
Study the effect of pressure regulation on rotors and spray heads.
Study demonstrates the Precision Injection Machine’s ability to implant hydrogel into existing turfgrass at the root zone level to use watermore efficiently while keeping turf in good condition.
RDI compared the water consumption of their “nature-driven” GrowStream™ irrigation system to a standard drip irrigation system using a smart controller.
Big data analytics with smart shower system in hotel buildings.
Expanded landscape drip app to cover most areas of California,Arizona, and Nevada.
Develop an app to assist customers in scheduling their drip irrigation systems for trees and shrubs
Study shows the water saving potentials of smart irrigation controllers for the selected landscape species.
Establishing real-world water use and irrigation cooling benefits baselines for 18 landscape species in inland southern California.
Study looks at four different types of soil moisture sensors and tested them on different soil types and salinity levels.
University of Florida proposed a standardized test method that can be used to rate high-efficiency sprinkler (HES) nozzles. The test was performed on commercially available HES models and the performance results were compared to traditional nozzles.
Study looked at three plots on campus; one control, one usinghydrogel and the other using compost to improve water retention in the soils.
Vinduino compared various in situ and satellite remote sensing technologies to optimize water use and crop yield in the agricultural sector.
