Lines that keep delivering
Microbiological water management can reduce the environment favorable to biological deposits that harm filters and emitters.
Culture · lines · production water · SDC / CDS / ClO₂
SDC in agriculture and irrigation
An expansion front that connects more controlled water, cleaner lines, and production with fewer microbiological blind spots.
Promising expanding application
Studies and operational adoption open space for projects adjusted to culture, water, and the production system.
A moleculemultiple engineering disciplines
In protected agriculture, hydroponics, and localized irrigation, water passes through tanks, filters, emitters, and kilometers of lines. When the system loses control, the consequence appears as clogging, contaminated recirculation, and production instability.
SDC has been explored to treat agricultural water, support microbiological control, and manage biological deposits in pipelines. Culture, root, substrate, and microbiota enter the project to turn this potential into productive results.
More control in closed circuits
Hydroponics and protected cultivation reuse water and nutrients; continuous monitoring helps prevent recirculation from also spreading the problem.
Treat the water without ignoring the plant
The operational window needs to balance water control, nutrient compatibility, and crop response.
02 · results and references
A technology with real room to grow
01
Studies on irrigation water and product safety reports treat ClO₂ as an alternative to hypochlorite, peracetic acid, and UV in agricultural contexts.
02
The available evidence supports microbiological control and line management, creating more predictable conditions for the production system.
03
The strongest path is experimental and measurable: pilot, control, water analysis, emitter flow, and crop observation.
03 · application
How to bring technology to operations
Set the target
Catchment water, tank, line, recirculation, post-harvest washing, and soil are different targets.
Start in pilot
Test in a controlled sector, with water sampling and monitoring of flow, nutrients, and crop response.
Scale with data
The pilot results guide the scale-up with microbiological control and compatibility with cultivation.
04 · supply
We transformed ClO₂ technology into a ready-to-operate solution.
Tell us your request. We connect application, flow, automation, and supply method in a focused project.
Generation→Dosage→Control
ClO₂ produced for the actual demand of the operationChlorine dioxide generators
Farms, packing houses, and irrigation systems get a solution sized for flow, water quality, and agronomic goal.
Size my system ↗SDC ready
The ready SDC allows starting pilots, targeted applications, and operational validations quickly.
Get to Know the Ready SDC ↗05 · technical reading
Sources for further study
01
Center for Produce Safety — Agricultural Water Management
↗02Applied research on agricultural water treatment technologies.
Frontiers in Microbiology — agricultural water
↗032024 study on action against pathogenic bacteria in different agricultural waters.
eCFR — 21 CFR 173.300
↗04Regulatory reference for specific post-harvest uses, distinct from irrigation.
Systematic review on chlorine dioxide as a disinfectant
↗Broad context for water and products.
06 · potabilization subindices
Keep exploring the applications
Consolidated applicationWater tanksSpecialized applicationPiscinasSpecialized engineeringPost-reverse osmosisEstablished technical applicationSanitation and effluentsSpecialized professional applicationHospital and surfacesRegulated applicationFood industryPromising expanding applicationAgriculture and irrigation
Engineering applied to ClO₂