Discuss a project

ECOTECH · water · heat · data

Clean water and heat from waste. Accepted by measurement.

Modular systems for water treatment and waste-to-heat recovery. We install on site, measure with an accredited laboratory, and scale only what is proven.

Discuss a projectSee the results

MEASUREDBacked by laboratory reports

  • 0.920.05mg/LIron in well water, 2026
  • 9.7< 1.0FTUTurbidity, same sample
  • 742.8mg/LBOD₅ of domestic wastewater, 2025
  • to 2030EAEU Declaration of Conformity for EcoFilter

The global challenge

One in four people worldwide lacks safe drinking water

2.1 billion

people lacked safely managed drinking water in 2024

WHO and UNICEF Joint Monitoring Programme for Water Supply, Sanitation and Hygiene (JMP), report of 26 August 2025

  1. Built does not mean working

    A facility that never reaches its design performance does not solve the problem — even when it has been built and paid for.

  2. Waste costs money. So does heat

    Industrial sites pay to haul their waste away — and pay again for fuel and heat.

  3. Acceptance by measurement

    Parameters, laboratory and measuring points are agreed before trials begin. The lab report decides — not the datasheet.

The ECOTECH platform

Three solutions. One engineering principle

Every solution is described the same way: what goes in, what comes out, where it is measured and which document proves it. That makes our solutions comparable, combinable and scalable.

Water

EcoFilter

Modular on-site water treatment: ozone generated on site plus self-cleaning microfiltration.

Trials at an operating facility · TRL 7

Learn more
Heat from waste

EcoModule

RM-1 containerised unit recovering heat from qualified carbon-containing waste.

Pilot-scale prototype · testing

Learn more
Integrated system

EcoCycle

Water, heat and data of a single site in one metering system.

Design concept

Learn more

TRL — Technology Readiness Level on a scale of 1 to 9; company assessment.

ECOTECHECOFILTER

EcoFilter · water

On-site water treatment — with before-and-after lab analysis

The modular unit integrates into an existing line. The oxidant is ozone generated on site; the filter element cleans itself during operation. The base configuration requires no continuous dosing of chlorine-based reagents or coagulants.

  • Ozone oxidation

    Ozone is generated on site — no delivered oxidants.

  • Self-cleaning microfiltration

    The element is cleaned during operation; backwash water is metered.

  • Digital log

    Pressure, flow and backwash are recorded; sensors are selected for each site.

  • Integration without shutdown

    Bypass, drain, sampling points and emergency stop are built into the design.

EcoFilter filtration unit at an operating water treatment facility.
EcoFilter filtration unit at an operating water treatment facility.

Applications

  • 01

    Wells and settlements

    Iron, manganese, turbidity and colour in groundwater.

  • 02

    Ahead of reverse osmosis

    Reduces the load on membranes — complementing reverse osmosis, not replacing it.

  • 03

    Industry and boiler houses

    Process water tailored to each plant's flow scheme.

  • 04

    Municipal systems

    Point-of-use polishing with residual chlorine monitored before and after.

Manufactured to Technical Specification TU 28.29.12-001-70473237-2025 · EAEU Declaration of Conformity N RU Д-RU.РА06.В.32770/25, valid until 23 July 2030

Results

Numbers backed by lab reports

Grab samples taken at the ECOTECH site; analyses performed by accredited laboratories. Results apply to the samples tested.

Well water

18.06.2026MEASURED

  • Total ironmg/L
    0.920.05 Limit ≤ 0.3
  • TurbidityFTU
    9.7< 1.0 Limit ≤ 2.6
  • Colourdeg.
    123 Limit ≤ 20

After treatment, the tested parameters comply with Russian drinking-water standard SanPiN 1.2.3685-21.

Source: Reports Пц-3012-1/26 and Пц-3012-2/26 · Water Quality Analytical Centre, accreditation certificate AAC «Analitika» No. AAC.A.00109

Surface water

11.06.2025MEASURED

  • Total ironmg/L
    6.00.26 Limit ≤ 0.3
  • TurbidityFTU
    902.5
  • Manganesemg/L
    0.1100.052

After treatment, the tested parameters comply with SanPiN 1.2.3685-21.

Source: Reports Пц-3372-1/25 and Пц-3372-2/25 · Water Quality Analytical Centre, accreditation certificate AAC «Analitika» No. AAC.A.00109

Domestic wastewater

27.08.2025MEASURED

  • BOD₅ (biochemical oxygen demand)mg/L
    742.8
  • COD (chemical oxygen demand)mg O/L
    1696.2
  • Suspended solidsmg/L
    524.0
  • Total phosphorusmg/L
    24.40.85
  • Total nitrogenmg/L
    over 10021.2
  • Petroleum hydrocarbonsmg/L
    7.60.20

Report limits refer to discharge into municipal sewers (Russian Government Decree No. 644).

Source: Reports No. 5094 and No. 5095 · Lab24 LLC, accreditation RA.RU.21AH50

MEASURED — value obtained from an accredited laboratory report or instrument readings. Grab-sample results do not automatically apply to other water: each unit is configured from an analysis of the raw water at the specific site.

ECOTECHECOMODULE

EcoModule · heat from waste

Turn on-site waste into local heat

EcoModule RM-1 is a high-temperature vortex reactor in a container. It is designed to produce heat for space heating and industrial processes from qualified carbon-containing waste.

  • Prototype built

    Pilot-scale containerised RM-1 prototype; runs at our own research site.

  • Safety confirmed

    Test report No. ФТ0921ПИ-3/117 of 30.09.2021: the design complies with Customs Union Technical Regulation TR CU 010/2011 “On Safety of Machinery and Equipment”.

  • Technical specification

    TU 28.99.39-001-0107994046-2021; catalogue sheet of FSBI “RST” No. 200/135957 of 23.09.2021.

RM-1 container unit at the research site.
RM-1 container unit at the research site.
Reactor block inside the container.
Reactor block inside the container.
Feed assembly and drives.
Feed assembly and drives.

Feedstock is tested before any offer

  • moisture
  • ash content
  • calorific value
  • chlorine
  • sulphur
  • metals
  • hazard class

From feedstock to metered heat

  1. 1

    Preparation

    Sorting and shredding.

  2. 2

    Decomposition

    Controlled high-temperature decomposition in a vortex reactor.

  3. 3

    Heat

    Heat transferred to the customer's system.

  4. 4

    Metering

    Heat and power meters; emission and ash-residue reports.

Next stage: trials at a customer site with metered useful heat output.

Reactor design, operating modes and control algorithms are not disclosed.

ECOTECHECOCYCLE

EcoCycle · vision

Water, heat and site data — in one system

EcoCycle combines EcoFilter and EcoModule: raw water and qualified waste go in; treated water, useful heat and measurement data come out. For settlements, industrial sites, remote and off-grid facilities.

Complex inside. Simple outside.

Backwash water, ash residue and flue gases are metered separately

Concept visualisation

What EcoCycle looks like on site

1234567
  1. 1Well — raw water
  2. 2EcoFilter — on-site water treatment
  3. 3Qualified waste intake
  4. 4EcoModule — heat from waste
  5. 5Heat storage tank
  6. 6Water and heat consumer
  7. 7Metering hub: data from every line
  • Water
  • Heat
  • Waste
  • Data

CONCEPTConceptual diagram in the ECOTECH design system style. Not an image of an operating facility; unit design is not shown.

Application scenarios

  • Settlement

    Water treatment and local heat for a community.

  • Industrial site

    Process water and heat from the plant's own waste.

  • Remote facility

    Water and heat on site — where delivered fuel and reagents are expensive.

CONCEPTStage: design concept. Step one is to prove EcoFilter and EcoModule separately at a customer site.

Functional diagram. Unit design is not shown.

How we work

Measure first. Scale second

We don't sell promises. We offer an on-site trial with acceptance criteria agreed in advance.

  1. 01

    Understand the task

    Water analysis or waste composition, target results, who uses the water or heat.

  2. 02

    Survey the site

    Connection points, measuring points, power supply, residue disposal.

  3. 03

    Agree the programme

    Parameters, methods, laboratory and duration — before any work starts.

  4. 04

    Install and measure

    8–12 weeks of continuous operation with a series of samples taken by the laboratory.

  5. 05

    Decide on facts

    We move to scale-up only once performance is confirmed.

A result counts as proven only after measurement and an issued laboratory report.

Who we serve

One data standard for every stakeholder

  • Industrial companies

    Process and boiler water, heat from your own waste, costs based on a site survey.

  • Governments and water utilities

    Facilities that reach design performance, accepted on actual measurements.

  • Investors

    Solution maturity and verified data; project economics under a non-disclosure agreement.

  • Technology partners

    For integrators and reverse-osmosis suppliers — pretreatment as part of your solution.

International cooperation

Open to pilot projects beyond Russia

We enter new markets through a pilot at a specific site — with a local laboratory and a local partner.

  • On-site pilot

    Trials on the water or waste of your region, with agreed acceptance criteria.

  • Local accredited laboratory

    Results confirmed by an independent laboratory in the partner country.

  • Localisation

    Assembly and service of non-sensitive components together with a local partner.

  • Technology protection

    A non-disclosure agreement and IP-protection rules come before any technical data transfer.

Priority regions: BRICS countries, the Middle East, Asia and Africa

Documents and intellectual property

A document behind every claim

  • EAEU Declaration of Conformity N RU Д-RU.РА06.В.32770/25

    EcoFilter · TR CU 010/2011 · valid 25.07.2025–23.07.2030

    Check in the registry

  • TU 28.29.12-001-70473237-2025

    EcoFilter · self-cleaning water filter “ECOFILTER”

  • Laboratory reports 2025–2026

    EcoFilter · well water, surface water, domestic wastewater · on request

  • TU 28.99.39-001-0107994046-2021 and test report No. ФТ0921ПИ-3/117

    EcoModule · modular regenerator for carbon-containing waste · on request

Deposit certificates (2019–2025) and a preliminary patentability opinion confirm authorship and priority date. Details are disclosed under a non-disclosure agreement.

Milestones

From R&D to trials in the field

  1. 2019

    Applied research on ecological waste-regeneration modules deposited.

  2. 2021

    Technical specification for the modular regenerator; prototype tested for compliance with TR CU 010/2011.

  3. 2023

    ECOTECH LLC incorporated.

  4. 2025

    EcoFilter manufactured to specification; EAEU declaration registered; lab reports on surface water and wastewater; EcoModule RM-1 runs begin.

  5. 2026

    Well-water lab reports: after treatment, the tested parameters comply with SanPiN. EcoFilter reaches the semi-finals of the SU SONG Cup BRICS Track.

Contact

Tell us about your site

For water, attach a raw-water analysis. For waste, describe its composition and where heat is needed. We will reply with a list of input data for the trial.

  • Address

    Building 5, Settlement of the Institute of Atmospheric Physics (IFA RAN), Odintsovo District, Moscow Region, 143180, Russia

  • General Director

    Ivan Tsozik

We accept enquiries in all languages of this website.

This form does not send data through the website: an email will open in your mail app.