Ferrate keeps high oxidative activity even in cold water below 5°C
The containerised configuration is designed for ambient temperatures down to −40°C. The reagent is produced on site, without hauling ready-made chemicals.
Key pain points: arctic & far north
What keeps you from compliance and cost cuts
Reagent logistics
Northern deliveries require 9–12 months of planning. A missed shipment means downtime or exceeding discharge limits.
Chlorine and Al coagulants fade at 0–5°C
Classical technologies lose efficiency in cold water. Reagent consumption climbs sharply and disinfection quality falls.
Remote sites
There are no field engineers on site. Equipment must run unattended for months at a time.
Off-grid power
Power comes from diesel generators or hybrid systems — every extra kilowatt costs real money.
The technology applied to your industry
Ferrator is a lean water-treatment system for the Arctic: caustic is delivered infrequently, while the active reagent is produced on site as needed.
- Runs at 0–5°C with no loss of performance
- Containerised configuration with electric heating for outdoor sites
- Minimal service: swap the electrode every four days — a two-minute job
- Energy use up to 4 kWh/kg of ferrate depending on the model
Pilots in Yakutia and YaNAO (in progress)
Containerised Ferrator deployments are in preparation at sites in Yakutia and the Yamal-Nenets region. The goal: compliant effluent treatment that doesn’t depend on seasonal reagent convoys.
Key metrics
- Climate
- down to −45°C in winter
- Logistics
- NaOH — once a year
- Energy use
- up to 4 kWh/kg of ferrate
Calculate the savings for your site
The calculator is pre-filled with typical parameters for arctic & far north. Adjust the numbers and get an annual savings estimate and payback period.
Frequently asked questions
The questions chief engineers and procurement directors usually ask.
Request a lab test for arctic & far north
Send us 50–100 L of your effluent samples — we’ll test the dose and come back with a technical proposal and the numbers.