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Ecoinstrument has a diverse portfolio of projects relating to the environmental markets, analytical laboratory, water and wastewater industries, pharmaceutical markets, petroleum industry, and semiconductor and electronics manufacturing markets.

There are quite a few companies that are able to implement large-scale projects (including design, timely delivery of the various equipment, the commissioning, personnel training, as well as maintenance and service) in the Russian market of analytical equipment.

After all, for the implementation of such projects the company should have a certain level of experience and sufficient resources.

Ecoinstrument is able to implement projects of any complexity due to high qualification of managers and technical specialists of the company, a wide range of the equipment offered, a network of regional and foreign representative offices, own service center.

We are proud of the participation in the following ecological projects:

  1. Reconstruction of Northern Aeration Station(NAS) (2006-2007)
  2. Automation of Central Aeration Station(CAS) (2008)
  3. Monitoring of aerotank operation on SW WWTP (2009)
  4. Sewage control on water pump station, Moscow (2009)
  5. Integrated automation of WWT system (2009-2013)
  6. Reconstruction of WWTP in Podolsk (2010-2012)
  7. Work monitoring of bio-cleaning at the plant Ehrmann (2011)
  8. Control of chemical phosphorus removal (2012)
  9. Reconstruction of treatment facilities , Vinnytsia (2013-2013)
  10. Outflow monitoring of wastewater treatment plant​ (2013)
  11. Engineering & installation of sewage monitoring network, Svetogorsk (2015-2016)
  12. Equipment for incoming wastes control, Moscow​ (2016-2017)
  13. Control of treated wastewater , Domodedovo​ (2016)
  14. Organization of autonomous sewage monitoring post, Moscow​ (2017)
  15. Equipment supply for the aerotanks modernization​ (2017)
  16. Remote monitoring of chlorine and turbidity on nets​ (2011-2013)
  17. Automatic water quality monitoring system of Tunguska water basin​ (2011-2014)
  18. Introduction of automatic chemical control systems in the water supply system of the Southern Zone of St. Petersburg (2012)​
  19. Monitoring chlorine dosing at a Novosibirsk WTP (2015)​
  20. Control of incoming and purified drinking water, Balaam​ (2015)
  21. Equipment for a new drinking water treatment plant (2016)
  22. Supply of 9 pumping stations with transfer of information to the control center, Novosibirsk (2017)
  23. Environmental monitoring of sewages from metallurgical plant into the Inhulets River (2013-2015)
  24. PH control of untreated effluent ay «Caprolactam» plant, Dzerzhinsk (2008)
  25. Automation of aerotank aeration system on local treatment plant «Kirishinefteorgsintez» (Kinef) (2008-2010)
  26. Monitoring system for chemically contaminated effluents of «Nizhnekamskneftekhim» (2009-2010)
  27. pH monitoring in effluents of various industries in the plant «Phosphorit», Kingisepp (2011)
  28. Monitoring of storm sewage wells and chemical contaminated sewage for Nevinnomyssky Azot (2010-2014)

1. Reconstruction of Northern Aeration Station(NAS)

Customer: St. Petersburg WSC
Contractor: «New Era»

Realization 2006-2007

Largest St. Petersburg WWTP in Olgino village was equipped with: 32 oxygen sensors for aerotanks , ​ 6 ammonium and phosphate analyzers in clarified and purified water, ​ sensors of suspended solids for all stages of purification, 12 silt level sensors for secondary sedimentation tanks, automatic samplers

​ Results: reduction of energy costs for aeration and pumping of sediment, improvement of cleaning quality


2. Automation of Central Aeration Station(CAS)

Customer: St. Petersburg WSC
Contractor: «Tehnika»
Project developer: «Aqua+»

Realization 2008

2 sensors of dissolved oxygen, 9 sensors of the sum of nitrates and nitrites, 3 sensors for the concentration of the silt mixture, 3 analyzers of phosphorus, 5 automatic samplers were installed in three reconstructed aerotanks on the Bely Island. ​

​ Results: Optimization of the process of denitrification, reduction of phosphate discharge into the Baltic Sea​


3. Monitoring of aerotank operation on SW WWTP

Customer: Fund of J.Nurmanen, St. Petersburg WSC
Contractor: «Tehnika»

Realization 2009

Dual-channel phosphate analyzers, ammonium and nitrate nitrogen with a filtration system of 6 streams were installed on a pumping station in the premises of the most modern waste water treatment plants in the southwest WWTP of St. Petersburg

​ Results: Optimization of the process of biological phosphorus removal​


4. Sewage control on water pump station, Moscow

Customer: Moscow WSC
Contractor: «Aqua+»

Realization 2009

A flow chamber with pH, ORP, conductivity, COD, suspended solids and oil products were installed in the sewage pumping station outside the danger zone.

​ Results: Identification of unauthorized discharges by industrial enterprises​


5. Integrated automation of WWT system

Customer: Novokuznetsk WSC
Contractor: WSC structure
Project developer: Moscow WSC NII Pro RDE-Project

Realization 2009-2013

Stage 1 – automation of blowers with installation of 20 dissolved oxygen sensors​

Stage 2 - posts monitoring of waste water at the КНС and at the entrance to the treatment plant with the installation:​

  • Suspended matter sensors,​
  • COD sensors, ​
  • ammonium analyzers, ​
  • phosphate analyzers​


6. Reconstruction of WWTP in Podolsk

Customer: Podolsk WSC
Contractor: WSC Service

Realization 2010-2012​

Within the framework of the complex reconstruction of the block of 100 thousand Podolsk WWTP were delivered: 8 oxygen sensors, 8 ISE ammonium / nitrates, 4 ORP sensors, 6 sensors, suspended substances, and two dual-channel phosphate analyzers for aerotanks,​ as well as monitoring posts for ammonium, nitrates, phosphates, BOD, suspended in-in, pH, ORP and oxygen for incoming and treated wastewater


7. Work monitoring of bio-cleaning at the plant Ehrmann

Customer: «Ehrmann», Moscow Region
Contractor: «EcoInstrument»

Realization 2011​

It was necessary to replace the non-functioning oxygen sensors Endress + Hauser and install a control system for phosphates and in the sludge mixture of aerotanks of local treatment facilities.

Results:​ Reducing the costs for aeration and protection from penalties​


8. Control of chemical phosphorus removal

Customer: «Japan Tobacco industry,» Elec
Contractor: «EcoInstrument»

Realization 2012​

Installation of a phosphate control system in partially treated effluents for automatic dosage of coagulant at local treatment facilities​.

Results:​ Significant (more than 20%) reduction in coagulant consumption, leveling of peak discharge situations


9. Reconstruction of treatment facilities , Vinnytsia

Customer: Vinnytsia WSC
Contractor: WSC services

Realization 2012-2013​​

As part of the automation of treatment facilities in Vinnitsa, the following were delivered: 22 oxygen sensors, 8 ORP sensors, 6 sensors, weighted-in and 8 level sensors​.

Results:​ After the complete automation of treatment facilities, it was possible to reach 35% energy savings and the efficiency of wastewater treatment increased by 45%​


10. Outflow monitoring of wastewater treatment plant​

Customer: Novokuznetsk WSC
Contractor: «EcoInstrument»
Project developer: «EcoInstrument»

Realization 2013​​

A ready-made post for monitoring of two streams of treated effluent, mounted in a thermo-container with the installation of: 2 combined sensors COD, NO2 and NO3,​ 2 sensors of suspended solids, dual-channel ammonium analyzers​


11. Engineering & installation of sewage monitoring network, Svetogorsk ​

Customer: International Paper, Svetogorsk
Contractor: «EcoInstrument»
Project developer: «EcoInstrument»

Realization 2015-2016​​

22 conductivity probes, COD- and TSS sensors were installed on a sewerage network of the production site of International Paper, Svetogorsk with connection to an existing SCADA.​

Results:​ The peak loads on local WWTP were significant reduced, stability of biological stage was increased


12. Equipment for incoming wastes control, Moscow​

Customer: Moscow WSC
Contractor: «EcoInstrument»

Realization 2016-2017​​

3 sets of equipment including oil in water, pH and ORP probes, automatic water sampler were installed to monitor incoming sewage to exceed critical parameters for protection of the treatment facilities of Moscow WSC (Kuryanovo, Lyubertsy)


13. Control of treated wastewater , Domodedovo​

Customer: «PepsiCo», Domodedovo
Contractor: «MyProject»

Realization 2016​​

«EcoInstrument» supplied multiparameter analyzer NH4 + NO2 + NO3 + PO4, TOC analyzer, pH and suspended solids probes for monitoring of treated wastewater at the inlet and outlet from new treatment facilities


14. Organization of autonomous sewage monitoring post, Moscow​

Customer: Moscow waterline
Contractor: «EcoInstrument»

Realization 2017​​

UVAS Organic Sensor, FP360 Oil Product Sensor, Solitax Suspension Sensor, pH and Conductivity Sensors were supplied for an autonomous monitoring drainage post with battery power and a wireless data transmission system, which was installed in a well​


15. Equipment supply for the aerotanks modernization​

Customer: St. Petersburg Vodokanal
Contractor: «NPF Technika»

Realization 2017​​

8 LDO optical oxygen sensors with automatic cleaning system, 2 differential pH sensors and ​ 2 Solitax sludge concentration probes in one measuring network system based on sc1000 controller


16. Remote monitoring of chlorine and turbidity on nets​

Customer: Moscow WSC
Contractor: Green Effect

Realization 2011-2013​​​

Development and installation of several nets of turbidity and chlorine control stations with wireless GSM-communication based on turbidity sensors 1720E sc and total residual chlorine CLT10 sc​


17. Automatic water quality monitoring system of Tunguska water basin​

Customer: WSC of Khabarovsk
Contractor &Project developer: «Aqua+»

Realization 2011-2014​​​

Automatic laboratories on the 2nd and 3rd ascent to control PH, chlorine, Turbidity, color, Concentration of TOC, ​ iron, manganese, Ammonium


18. Introduction of automatic chemical control systems in the water supply system of the Southern Zone of St. Petersburg

Customer: St. Petersburg WSC
Contractor: «Tehnika»

Realization 2012​​​

Installation of turbidity sensors with wireless GPRS communication system on 32 water pump stations with dispatching by ModBus TCP/IP

Organization of 4 automatic laboratories on Moscow, Frunzenskaya water station for monitoring pH, conductivity, hardness, turbidity, color, concentration of TOC, Al, Fe


19. Monitoring chlorine dosing at a Novosibirsk WTP

Customer: Novosibirsk WSC
Contractor: «Orion-Aqua»

Realization 2015​​​

Supply of precision chlorine analyzers СL17 with for monitoring disinfection process at central drinking water treatment plant


20. Control of incoming and purified drinking water, Balaam​

Customer: Balaam water supply station
Contractor: «EcoInstrument»

Realization 2015​​​

Installation of reagentless UVAS UV sensors for COD control, pH sensors, iron and color analyzers used for monitor incoming and purified drinking water for a number of critical parameters using equipment with minimal service requirements


21. Equipment for a new drinking water treatment plant

Customer: Nyuksenitsa village WSC
Contractor: «Aquatone»

Realization 2016​​​

Sensors of turbidity, color of water, chlorine dioxide, pH, analyzers of alkalinity and aluminum, UV sensors of organic material with recalculation on COD-Mn were installed on a new drinking water treatment plant


22. Supply of 9 pumping stations with transfer of information to the control center, Novosibirsk

Customer: «Novosibirsk WSC»
Contractor: «Orion-Aqua»

Realization 2017​​​

Chlorine analyzer Cl17, chlorine control panel CLF10, turbidity sensors Solitax, controller sc1000, 9 sets in total were supplied to control the total residual, free residual chlorine and turbidity at 9 pumping stations with transfer of information to the control center​


23. Environmental monitoring of sewages from metallurgical plant into the Inhulets River

Customer: «ArcelorMittal Krivoy Rog»
Project developer & Contractor: «System Service»

Realization 2013-1015​​​

Installation of autonomous environmental monitoring posts to monitor treated wastewater in the following indicators : ​ pH, COD, total iron, chlorides, suspended solids, petroleum products​

installation site : ​ Station №1- Inhulets River ​ Station №2 – diversion channel with the Inhulets River


24. PH control of untreated effluent ay «Caprolactam» plant, Dzerzhinsk

«Sibur-Neftekhim»

Realization 2008​​​

Integration of differential pH sensors with an automatic cleaning system allowed to control neutralization of wastewater as well as to increase service interval from one week up to 6 months and save sensors lifecycle for several years.​


25. Automation of aerotank aeration system on local treatment plant «Kirishinefteorgsintez» (Kinef)

«SURGUTNEFTEGAS»

Realization 2008-2010​​​​

Installation of 14 digital optical oxygen sensors to monitor the supply of compressed air to the aeration tanks in the presence of sulphides and petroleum products


26. Monitoring system for chemically contaminated effluents of «Nizhnekamskneftekhim»

«TATNEFT»

Realization 2009-2010​​​​​

Control of runoff for the presence of organic contaminants (oil products) using ultraviolet absorption and luminescence sensors (UVAS and FP360), as well as pH, conductivity and suspended matter sensors​


27. pH monitoring in effluents of various industries in the plant «Phosphorit», Kingisepp

«Eurohim»

Realization 2011​​​​​

Installation of digital differential pH sensors controlling the automatic sampling system for fixing samples exceeding the permissible pH​


28. Monitoring of storm sewage wells and chemical contaminated sewage for Nevinnomyssky Azot

«Eurohim»

Realization 2010-1014​​​​​

Installation in the wells sensors of nitrate and ammonium nitrogen, pH and organic content (COD), use of precision nitrogen analyzers with sample preparation systems for chemically contaminated effluents​



             
 
 
«Ecoinstrument» Moscow, Krymsky val, str. 3-2, room 512, phone: +7(495)745-22-90 Founder of a non-profit Found «Clean Hands, Clean Rivers»
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