HCT UNIVERSITY · CASE STUDY · GRAPEFRUIT ORCHARD
A Hemet grapefruit orchard grew 50% more fruit in its first year on WaterSOLV™.
A commercial grapefruit orchard in Hemet, California ran WaterSOLV™ Curative and WaterSOLV™ BC through its irrigation water for a full season. No new inputs on top, just better water going in. Against the orchard's own history, first-year yield rose 50%, and the trees showed it in the leaves by month six.
Commercial citrus orchard · Hemet, California · continuous low-rate injection · compared against the orchard's historical performance.
THE PROGRAM
Two products, one injection point, all season long.
WaterSOLV™ Curative at 3 ppm and WaterSOLV™ BC at 1 ppm were prediluted and continuously injected with the irrigation water from the start of the season. Nothing about the grower's fertility or irrigation schedule changed; the water itself did.
That is the point of the program. Curative conditions the water and the soil it lands on, and BC feeds the biology that turns tied-up nutrition into fruit. The orchard's own history is the comparison.
A leaf from the 6-month stem beside a leaf from the 9-month stem on the same grapefruit tree, one year after starting WaterSOLV™: larger, deeper green, and thicker.
HEADLINE RESULTS
More fruit, healthier trees, measured all season.
The orchard was tracked from three directions: what it produced, what the trees looked like, and what the water, soil, and leaves measured.
+50%
More fruit in year one
First-year yield up 50% against the orchard's historical performance, on the same trees and the same ground.
How it happened ↓
6 → 9 mo.
Visible response in the canopy
Side-by-side leaf and foliage comparisons at 6 and 9 months showed stronger growth and leaf development on treated trees.
How it happened ↓
pH · EC · leaf
Measured, not just observed
Soil pH, soil conductivity, and leaf micronutrients were tracked through the season to tie the yield to real changes in the system.
How it happened ↓
WHAT THE ORCHARD WAS UP AGAINST
Citrus on hard water pays for it in the root zone.
THE TREE
Pale leaves, lighter crop
The orchard shows the deficit as smaller, paler leaves, weaker flush, and a crop that comes in below what the trees are capable of.
WHY IT WORKED
Fix the water, unlock the soil, feed the biology.
Curative goes in at 3 ppm to condition the water and dissolve what it has bound in the profile. BC goes in at 1 ppm to build the biology that cycles that nutrition to the roots. Continuous injection keeps both working every time the orchard is irrigated.
01
Curative conditions the water
Neutralizes bicarbonates and sodium pressure so irrigation water infiltrates and dissolves the minerals bound in the root zone instead of adding to them.
02
Nutrition goes back into solution
Calcium, phosphorus, and micronutrients already in the soil return to plant-available forms, which is where the leaf micronutrient readings come from.
03
BC builds the biology
WaterSOLV™ BC feeds the soil microbiology that converts released nutrition into growth, flush, and fruit set.
IN THE LEAVES
Bigger, darker foliage
Stronger leaf development visible at 6 months and sustained at 9.
IN THE SOIL
pH and EC moving the right way
Soil pH and conductivity tracked through the season as the profile opened up.
AT HARVEST
+50% first-year yield
Half again as much fruit against the orchard's own history.
THE FULL PICTURE
“The trees told the story before the harvest did.”
THE MEASUREMENTS
Soil pH, EC, and leaf micronutrients
Tracked through the season to connect the visible tree response and the yield to real changes in water, soil, and foliage chemistry.
+50%
first-year yield vs. historical performance
GET ON THE PROGRAM
Put WaterSOLV™ to work in your orchard.
Start with a Legacy Analytical water and soil analysis. HCT sizes WaterSOLV™ Curative and BC to your water, your soil, and your trees, then walks you through the first season. The Hemet orchard is what that program looked like on grapefruit.
KEEP LEARNING
HCT, LLC · HCT University · Grapefruit Orchard Case Study · Scottsdale, Arizona