Skytech Water is the water business unit of Skytech Havacılık ve Teknoloji A.Ş. The group was founded to apply unmanned aerial vehicle technology in agriculture; it carried the same discipline of measuring and recording first into ecological restoration, then into industrial water systems.
Crop spraying by drone is more than getting an aircraft into the air. Defining field boundaries, mapping obstacles, compensating for wind, calculating doses and recording each application are links in a single chain. Once we had built that chain, we had not just a service but a repeatable method.
Skytech Green applied this method to burned forests and erosion sites. Skytech Water carries the same discipline of measuring and recording into water: a system whose flow rate, conductivity and dose are known is always safer than a solution based on estimates.
The four business units work in different sectors, but they all ask the same question: how is this measured?
The method was built in the field; we use the same method in forests and in water.
Each business unit runs its own engineering, team and customer base. What they share is the way the work is done: plan, apply, record, report.
Precision agricultural aviation
Spraying, fertilising, seeding and agricultural imaging operations with agricultural drones and automatic steering systems.
Ecological restoration and carbon programmes
Seed-ball sowing by drone: fast, measurable and transparent reforestation, from post-fire sites to erosion zones.
On-site disinfection systems
On-site generation of hypochlorous acid from salt, water and electricity with the Aquamirus E.C.A. system; design, installation, commissioning and service.
Carbon sink projects
Long-term projects that sequester carbon by establishing new forests on land not classified as forest, with measurement and independent verification.
Figures refer to Skytech Air field operations.
Skytech Water designs, installs, commissions and services the Aquamirus E.C.A. system, which produces hypochlorous acid on site by electrochemical activation. In the diaphragm electrolysis cell, hypochlorous acid for disinfection forms at the anode, and sodium hydroxide, which can be used on site, forms at the cathode.
Every project starts with a water analysis taken on site. The system is sized to the measured demand; selling an oversized solution harms the customer.
No capacity is proposed until the flow rate, water chemistry and points of use are known.
Installation, commissioning and operator training are part of the contract.
Production flow rate, dose and commissioning parameters are recorded.
To enable facilities to produce the disinfectant they need safely and measurably where it is used, without transporting or storing hazardous chemicals — through engineering that starts with a water analysis, is sized correctly and is documented in every project.
To make electrochemical activation (E.C.A.) a trusted standard for water safety and hygiene in Türkiye, and to be the engineering partner of choice for on-site generation in the public sector and industry.
The values, dose and date of every application are recorded, and these records are shared with the client.
Installation, commissioning, operator training and periodic maintenance are parts of a single service.
Systems are sized to the measured need; we do not promise a result we cannot demonstrate.
Full compliance with regulations, permit procedures and chemical-safety rules is a fixed principle.
The facility’s flow rate, water chemistry and target values are determined on site.
Capacity, installation location and dosing scenarios are engineered from the analysis results.
The system is installed on site, handed over after performance tests, and operators are trained.
Every system is placed on a periodic maintenance and remote monitoring protocol.
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