Our Portfolio

References for the Smartech Automation’s team of experts
Wastewater treatment plants and water supply
  1. Automation system for an installation used for separating the hydrocarbon from water – CET București plants (2006-2007);
  2. Automation system for a black oil separation – filtration installation – Oil Terminal Constanța (2007);
  3. Automation System and SCADA for Bioremediation station – area Independenta – Galați (Vega93 SA) for Petrom SA (2012 – 2013);
  4. Extension and rehabilitation of water and wastewater infrastructure in the county of Argeș – Object: electrical and automation consultancy, design, SCADA system (2012 – 2015);
  5. Supervisory and data controls SCADA – Compania de apă Olt SA (2012 – 2013);
  6. Wastewater treatment plant in Galați – stage 2 – Apă Canal Galați Company. Object: electrical and automation design and equipment, SCADA system (2013 – 2017);
  7. Wastewater treatment plant in Pechea & Liești – Apă Canal Galați Company. Object: electrical and automation design and equipment, SCADA system (2014 – 2017) – with Biogest International GmbH;
  8. Wastewater treatment plant in Roman – Apa Serv Neamț Company. Object: electrical and automation design and equipment, SCADA system (2017);
  9. Automation for 93 water drills related to four catchment fronts, a STAP demanganization station and SCADA for two water dispatching households – water infrastructure for the city of Bacău. Object: electrical design and automation, equipment, SCADA system, execution, commissioning. General contractor: STRABAG SRL, final beneficiary: Bacău Regional Water Company – CRAB SA (2019-2021).
Smartech Automation - WWTP
Smartech Automation - Metallurgy
Metal industries
  1. Automation of separation block – Oxygen Factory ArcelorMittal Galați (2005);
  2. Automation of the machine that introduces aluminum wire in the melting steel pot – ArcelorMittal Galați (2006)
  3. Industrial television system for the manufacture process – ArcelorMittal Galați (2006);
  4. Automation system of the rolling process of the thick plates – ArcelorMittal Galați (2006);
  5. Automation of the manufacturing process of dolomite bricks – ArcelorMittal Galați (2006);
  6. Integrated system for acquisition, storage, data monitoring and data transmission network for 15 thermal treatment ovens – ArcelorMittal Galați (2006);
  7. Modernisation of the filed elements, equipment and mechanisms at a roughing mill stand – Donalam Călărași (2006);
  8. Automation of a quarto rolling mill – 600 mm – Technosteel Iasi (2007);
  9. Automation system of the centrifugal pouring machine – Metalurgica Aiud plant (2007);
  10. Automation of the edge cutting scissors for the steel plates – ArcelorMittal Galați (2008);
  11. Automatic system of control and guidance of the manufacture process of anti-corrosive straps for packing – ArcelorMittal Galați (2008);
  12. Automation system at a slitting line – ArcelorMittal Galați (2008);
  13. Automation of a quarto rolling mill – 400 mm – Technosteel Iasi (2008);
  14. Modernization of measurement system for movement of Pliger and Calibror drums – 20″ Mill with Allen-Bradley equipment – Mittal Steel Roman (2008);
  15. Modernization and automated control system for tandem stand screw-down at the Cold Rolling Mill – ArcelorMittal Galați (2008);
  16. Automatic system of control of the rolling process – Donalam Călărași Mill (2008 – 2009);
  17. Automation system for accelerated cooling of rolled plates in a Heavy Plate Mill – ArcelorMittal Galați (2008 – 2009);
  18. Revolving lime furnace no. 3 – Actuation by DC converter OLD1 – ArcelorMittal Galați (2008 – 2009);
  19. Integrated automation system on the production flow of a Heavy Plate Mill – ArcelorMittal Galați (2008 – 2010);
  20. Integrated automation system afferent to equipment, mechanisms and field elements at the finishing stand in a Heavy Plate Mill – ArcelorMittal Galați (2008 – 2010);
  21. Positioning systems for rolling and adjustment lines – consultancy and design of special equipment HPM no. 1 – Arcelor MittalGalați (2009);
  22. Modernization at TEMVAR – UOR – Lime Factory, furnace 4, 5 – ArcelorMittal Galați (2009);
  23. Integrated system for monitoring the electrical and technological parameters on the plates production flow in a Heavy Plate Mill – ArcelorMittal Galați (2009 – 2010);
  24. Automation of wet skin pass system – LBR – ArcelorMittal Galați (2010 – 2011);
  25. Automated adjustment of the strip thickness and tension for Tandem 1 – LBR – Converteam France (ArcelorMittal Galați) – (2010 – 2011);
  26. Automation System cylinder balancing at rolling mill LTG2 – ArcelorMittal Galați (2013);
  27. Tandem mill instrumentation / software and hardware interface between the old and the new automation systems of tandem – LBR – GE Power Conversion France (ArcelorMittal Galați) – (2015 – 2017);
  28. Automations for four welding instalations at ArcelorMittal Tubular Products Galați (2015 – 2017);
  29. Automation of steel works lime conveyor belts – ArcelorMittal Galați (2018 – 2019);
  30. Automation of thermal points DPDES – Liberty Galați (2020);
  31. Automation of galvanizing line belt wrapper machine LBR – Liberty Galați (2020).
Petrochemicals, paint and tire industries
  1. Automation of the preparation installation for paints and washable plastering – KOBER – Savinești, Neamț (2009-2010);
  2. Electrical design and automation of the briquetting unit manufacture at Rompetrol – Rominserv – Năvodari (2009-2010);
  3. Electrical design and automation of the compresors units at Rompetrol – Rominserv – Năvodari (2010 – 2011);
  4. Electrical design and automation of the cooling tower at Rompetrol – Rominserv – Năvodari (2010 – 2011);
  5. SCADA system for PEM railcar loading and communication between OpenTAS (Implico GmbH) and SCADA system – Rominserv – Năvodari (Rompetrol mSA) – (2015 – 2016);
  6. Modernisation of rubber / tire presses at Michelin Floresti and Michelin Zalău factories (2016 – 2017);
  7. Modernisation  of a festooner type equipment – festoon and paletization area – electrical  design and automation – Michelin Florești (2017);
  8. Modernisation  of a festooner type equipment – shaping and festoon area – electrical  design and automation – Michelin Zalău (2017);
  9. Integration of new meters in existing automation system of automated railway car loading ramps – Rominserv – Năvodari – (2017);
  10. Modernization of a festooner type system – festoon area and palletizing – electrical design and automation – Michelin Floresti (2018);
  11. Modernization of SCADA tire press monitoring system using Ignition Inductive Automation – Michelin Floresti (2018);
  12. Modernization of the locking system and automation of tire presses – execution, automation – Michelin Floresti (2018);
  13. SCADA system vapour recovery system and load control for wagon loading ramps within the Rompetrol Vega Ploiești refinery – Subject: electrical design and automation, execution, PIF. Rominserv – Vega Ploiești (2018 – 2019);
  14. SCADA system for oil / wagon loading and unloading ramps wagons and OpenTAS communication (Implico GmbH) within the Rompetrol Midia Năvodari refinery – Subject: electrical design and automation, execution, PIF. Rominserv – Năvodari – (2018 – 2019);
  15. Modernization of the SCADA system FactoryTalk View ButanGas Conțești – Beneficiary: Butangas (2019);
  16. SCADA system replacement of Midia Năvodari Refinery platform compressors and hardware automation upgrade – Rominserv – Năvodari – (2020).
Smartech Automation - Petrochemical
Smartech Automation - Research
Scientific Research
  1. Structures and algorithms of image processing and shape recognition in control and guidance of the rolling processes of flat products – The Ministry of Research and Technology (2002);
  2. Methods of numeric adjustment of the strip thickness with the optimisation of parameters and constant values specific to the cold rolling process – The Ministry of Research and Technology (2002);
  3. Numerical equipment with micro-controller for the automatic positioning on 1-3 axes, having as execution elements D.C. current converters with speed reference, applicable in the metallurgy industry – The Ministry of Research and Technology (2004);
  4. Automatic system of acquisition and processing of acoustic signals (in view of recognizing the damages) and the intelligent surveillance of some equipment in rolling mills – The Ministry of Research and Technology (2003);
  5. System of control and guidance of the installation of separation of the hydrocarbon from water, for industrial purpose – The Ministry of Research and Technology (2004);
  6. Pilot Station with automatic control system for effluent quality of aquaculture recirculating systems – The Ministry of Research and Technology (2007 – 2010);
  7. INFOLAM – Research and development project for implementing the advanced methods for AGC and control at a quarto-reversible rolling mill – thin steel strips – The Ministry of Research and Technology (2008 – 2011);
  8. ECOVER – Research and development project for implementing the methods with minimum impact for environment for metal coating process – The Ministry of Research and Technology (2008 – 2011);
  9. AQUAPUR – Technology and Equipment for industrial wastewater treatment – The Ministry of Research and Technology (2008 – 2011);
  10. BIOCON – Advanced control system for the biorefining plant – The Ministry of Research and Technology (2014 – 2017);
  11. VIBROCHANGE – Experimental model for the detection and diagnosis of changes in processes using advanced vibration measurement and analysis based on the model – The Ministry of Research and Technology (2014 – 2017).