Control the water. Improve the soil. Maximize the outcome.
AguapHlo transforms unstable water chemistry, supports beneficial biology, and unlocks the full potential of your water, soil, and nutrient investment.
More salt. More problems.
California agriculture and water systems face rising salinity, hardness, alkalinity, and organic load. As groundwater chemistry degrades, so does yield potential — and the cost of doing anything about it keeps climbing.
Higher costs. Lower yields.
Average increase in California groundwater salt content over the past few decades.
Source: UC Davis CIMIS & DWR Bulletin 118 AnalysisOne water system, eight points of impact.
Well source · groundwater
Arrives high in bicarbonate, salts, hardness, and organic load.
Reservoir / pond
Contaminants and imbalances persist without treatment.
Treated with AguapHlo
Water chemistry is transformed and stabilized for system efficiency.
Inside stage 03 — what the chemistry is doing
Stabilize water
Reduces bicarbonates, hardness, and scale-forming potential.
Enzymatic transformation
Proprietary enzymes convert and break down inorganic & organic compounds.
Cation exchange & complexation
Binds excess Ca, Mg, Na — reducing salt pressure, improving solubility.
Infiltration & oxygenation
Breaks surface tension, improves penetration, increases oxygen in soil & water.
Biology & nutrient flow
Supports beneficial microbes, increases nutrient cycling and plant-available nutrition.
Self-sustaining resilience
The system adapts and self-sustains, with less frequent dosing over time.
Irrigation system
Cleaner flow — reduced scaling, clogging, and biofilm, with better uniformity.
Soil zone
Stronger structure, more oxygen, better infiltration and biology.
Root health
Improved nutrient uptake and microbial balance.
Plant performance
Better stress tolerance, higher yield, quality, and consistency.
Long-term impact
Healthier soils, lower inputs, greater returns — year after year.
Traditional programs treat symptoms. AguapHlo changes the chemistry.
Traditional chemical programs
- High chemical demand: acids, biocides, oxidizers
- Kills beneficial biology, disrupts soil life
- Increases scaling and compaction, reduces infiltration
- Reduces oxygenation and nutrient availability
- Requires constant re-application, diminishing returns
- Higher costs, lower yields, long-term system damage
AguapHlo
- Transforms chemistry at the source, doesn't just treat
- Stabilizes longer — extends time between applications
- Improves soil structure, oxygen, biology, and nutrient availability
- Enhances infrastructure efficiency — less scale, corrosion, biofouling
- Data-driven accountability — monthly monitoring and reporting
Lower cost per acre. Higher return on investment.
Reduce input costs
- Fewer products, lower total volume
- Less troubleshooting, labor, and downtime
- Lower energy use
Improve performance
- Better infiltration, more available nutrients
- Higher yield and quality
- Less stress, more resilience
Increase profitability
- Lower cost per acre, higher ROI per crop
- Stronger soils over time
- Builds long-term equity
AguapHlo shifts the cost curve — reducing total inputs while increasing output and system longevity.
Regenerative pathways
Organic substrates & enzymatic processes that mimic natural equilibrium.
Enzymatic conversion
Breaks complex compounds into plant-available, stable forms.
Dynamic adaptability
Engineered to stay active across changing field & water conditions.
Proven in the field
Tested in real-world systems, where lab conditions don't always translate.
Simple to run. Closely measured.
Protocol
- Low application rates
- Continuous or pulse feed
- Compatible with existing systems
- Safe for all irrigation types
- Designed for long-term stability
Less chemistry. Better results. Lower cost per acre.
Monthly monitoring & testing
- Water chemistry — pH, EC, HCO₃, Ca, Mg, Na, SAR & more
- Soil health — CEC, organic matter, salts, pH, nutrients
- Total soil structure — acid extraction reveals bound reserves
- Biological activity — microbial biomass, enzyme activity, respiration
- Custom recommendations — data-driven adjustments for ROI
Water-soluble tests only show what's available right now — typically a small fraction of the total.
Acid extraction reveals the total pool of nutrients and minerals locked in the soil. We help unlock what's already there, reducing the need for costly inputs.
(visible now)
(acid extraction)
Built for every water system.
Agriculture
Row crops, orchards, vineyards, vegetables, tree nuts.
Irrigation
Drip, micro, sprinkler, center pivot, surface & subsurface.
Industrial & Commercial
Cooling towers, boilers, process & wastewater, recirculating systems.
Oil & Gas
Fracking, completions, produced water, flowback, injection water.
Water Well Rehab
Scale removal, biofilm control, and well performance.
Golf Courses
Turf health, water quality, pond and lake management.
Landscape & Nurseries
Nurseries, sod farms, greenhouses, ornamentals.
Any Water System
Municipal, rural, commercial, agricultural, mixed-use.
Data-driven. Measurable. Repeatable. Built for long-term success.
A live system — measured, validated, and optimized to deliver consistent agronomic and operational results.
Send your water test — get the chemistry read back
Tell us what your water looks like and where it runs. We'll come back with a bicarbonate, SAR, and alkalinity read and what an AguapHlo program would do about it — routed to a person, not a cart.
AguapHlo — the basics
What is AguapHlo?
AguapHlo is a biological water chemistry management program. It transforms unstable water chemistry at the source, supports beneficial biology, and is designed to unlock the full potential of a grower's water, soil, and nutrient investment.
How is AguapHlo applied?
At low application rates, by continuous or pulse feed. It is compatible with existing systems and designed for long-term stability rather than constant re-application.
What does AguapHlo do to the water chemistry?
It reduces bicarbonates, hardness, and scale-forming potential; uses enzymatic transformation to convert and break down inorganic and organic compounds; and binds excess calcium, magnesium, and sodium through cation exchange and complexation — reducing salt pressure and improving solubility.
What is monitored, and how often?
Monthly. Water chemistry (pH, EC, HCO₃, Ca, Mg, Na, SAR and more), soil health (CEC, organic matter, salts, pH, nutrients), total soil structure by acid extraction, and biological activity (microbial biomass, enzyme activity, respiration) — with custom recommendations from the results.
Why does total soil structure matter more than a standard soil test?
Water-soluble tests only show what is available right now, which is typically a small fraction of the total. Acid extraction reveals the total pool of nutrients and minerals locked in the soil, so the program can work on unlocking reserves that are already there instead of adding costly inputs.
What kinds of water systems is AguapHlo used on?
Agriculture (row crops, orchards, vineyards, vegetables, tree nuts) and every irrigation type — drip, micro, sprinkler, center pivot, surface and subsurface — plus industrial and commercial systems, oil and gas water, water well rehabilitation, golf courses, landscape and nurseries, and municipal, rural, and mixed-use systems.