 | About company |
| Equipment |
| Order |
| Referens-sheet |
| Contacts |
 Russian version |
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Address
196084, St.-Petersburg
Parkovaya str. 4
| ICQ:
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| ò/ô: (812) | 388-3814 388-7924 388-3433 |
Referens-sheet
OUR PARTNERS
Type of works and outfit |
Year |
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OS “Severstal”, Cherepovets, Russia |
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Oxygen-converter plant |
Starting of gas analytical system Analytic 001” on a desulphurization cast iron site to control the oxygen content in a work zone (6 measuring points) |
2004 |
Blast-furnace plant |
Manufacturing and delivery of gas analytical system “Granat” for analyzing the total amount of blast furnace gas in BF 5 |
1999 |
Manufacturing and delivery of gas analytical system “Granat” for analyzing the total amount of blast furnace gas in BF 2 |
2001 |
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Manufacturing and delivery of gas analytical system “Granat” for analyzing the total amount of blast furnace gas in BF 3 |
2001 |
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Manufacturing and delivery of gas analytical system “Granat” for analyzing the total amount of blast furnace gas in BF 1 |
2001 |
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Development of gas analytical system “Granat” for analyzing the total amount of blast furnace gas and composition of gases on 2-radii in BF ¹ 4 |
2004 |
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Starting of gas analytical system ”Granat” for analyzing the blast furnace gas, nitrogen and oxygen blast in BF ¹ 4. |
2005 |
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Development, delivery, and starting of gas analytical system “Granat”, which includes micromixtures analyzer “Analytic 001”, for analyzing gas streams ( gaseous fuel, in-and-off gas flows) in 4 air heaters in BF ¹ 4. |
2005 |
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Starting of the gas analytical system ”Granat” for analyzing the waste blast furnace gas in BF ¹ 5. |
2006 |
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Starting of the gas analytical system “Granat” for controlling the distribution of gases over radii in BF ¹5 |
2006 |
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Thermoelectric plant |
Manufacturing and delivery of a complex of 2 gas analytical systems “Granat” together with the “Analytic” block for controlling the composition of all in (calculating the fuel calorific value) and off gas streams in 10 boilers (first step) |
2003 |
Cake and by-product process |
Adjustment of the gas analytical system “Granat” for controlling the composition of circulation gases ÓÑÒÊ CbPP |
2001 |
Adjustment of the gas analytical system “Granat” for controlling the oxygen content in coke-oven gas. |
2001 |
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Manufacturing and delivery of 3 gas analytical systems for controlling the composition of circulation gases in the dry quenching outfit. Manufacturing and delivery of gas analytical systems. |
2004 |
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Development and delivery of 2 gas analytical systems “Granat” for controlling the oxygen content in blast furnace gas in ÖÓÕÏ 1 and ÖÓÕÏ 2 |
2005 |
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Start of 3 gas analytical systems “Granat” for analyzing the composition of circulation gases in 3 dry quenching outfits. |
2005 |
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Delivery of gas analytical system “Granat” for analyzing the circulation gas in the dry quenching outfit ¹1. |
2006 |
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OS “NLMK”, Lipetsk, Russia |
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Blast-furnace plant ¹ 1 |
Manufacturing and delivery of gas analytical systems for BF # 3 and BF # 4 (analysis of the total amount of blast furnace gas and oxygen blast). Performing of starting-up and adjustment works. |
1999-2000 |
Manufacturing and delivery of gas analytical system “Granat” for analyzing the total amount of blast-furnace gas, blast and composition of gases over 2 radii in BF ¹ 5 (the first step) |
2004 |
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Starting of gas analytical system “Granat” which includes micromixtures analyzer “Analytic 001”, for analyzing the total amount of waste and pure blast-furnace gas, blasting and flue gases of air heaters in BF ¹ 5 |
2005 |
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Start of the gas analytical system “Granat” for analyzing the blast-furnace gas over radii in BF ¹5 |
2006 |
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Blast-furnace plant ¹ 2 (BF ¹ 6) |
Manufacturing and delivery of gas analytical system “Granat” for analyzing the total amount of blast-furnace gas. |
2000 |
Oxygen-converter plant ¹ 1 |
Development, manufacturing and delivery of gas analytical complex consisting of 3 systems for 3 converters. Performance of starting-up and adjustment works. |
1997-2000 |
Development, manufacturing and delivery of gas analytical complex into the vacuum gauge. |
2003 |
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Delivery of 3 gas analytical systems ‘Granat” for controlling the explosive safety. |
2004 |
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Oxygen-converter plant ¹ 2. |
Development, manufacturing and delivery of gas analytical complex (1 gas analyzer with 2 systems of sampling and sample preparation) for 2 converters. The complex is used in a “hot” reservation of 2 systems “ÝÌÃ-20” mode. |
2001-2002 |
Starting of gas analytical complex consisting of 2 gas analytical systems “Granat”, for controlling off-gases of 2 oxygen converters (replacement of gas analytical systems ÝÌÃ) |
2005 |
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Starting of gas analytical system “Granat” for analyzing converter gases and controlling blast composition within the limits of existing gas analytical complex. |
2005 |
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Cake and by-product process. |
Manufacturing and delivery of gas analytical system for analyzing the composition of circulation gases in dry quenching outfits ¹ 1. |
2000 |
Manufacturing and delivery of gas analytical system for analyzing the composition of circulation gases in dry quenching outfits ¹2. |
2002 |
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Instrumentation plant |
Manufacturing and delivery of gas analytical system for the preparation of test mixes complex. |
2002 |
Thermoelectric plant |
Development, manufacturing and delivery of a gas analytical complex together with “Analytic” set for controlling the composition of all in (calculating the fuel calorific value) and off gas streams in the boiler ¹ 13. |
2003 |
Sintering plant ¹ 1 |
Development, manufacturing and carrying out the industrial tests of the “Analytic” analyzers for carrying out the technological control and ecological monitoring. |
2003-2004 |
OS “MMK”, Magnitogorsk, Russia |
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Blast-furnace plant # 1 |
Starting of gas analytical system “Granat” for analyzing the total amount of waste blast-furnace gas in BF # 4 |
2005 |
Starting of gas analytical system “Analytic 001” for controlling the gaseousness of work places in BF # 4 |
2006 |
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Starting of gas analytical system “Analytic 001” for controlling the gaseousness of work places in BF # 6 |
2006 |
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Delivery of gas analytical system “Analytic 001” for controlling the gaseousness of work places in BF # 1 * |
2006 |
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Starting of gas analytical system “Granat” for analyzing the total amount of waste blast-furnace gas in BF # 6 |
2007 |
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Delivery of gas analytical system “Granat” for installation in the blast-furnace process laboratory |
2007 |
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Delivery of gas analytical system “Granat” for analyzing the total amount of waste blast-furnace gas in BF # 9.* |
2008 |
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Delivery of gas analytical system “Granat” for controlling the gas composition over 2 radii in BF # 9 |
2008 |
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Delivery of gas analytical system “Granat” for analyzing the total amount of blast-furnace gas in the BF # 10. |
2008 |
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Delivery of gas analytical system “Analytic 001” for controlling the gaseousness of work places in BF # 10. |
2008 |
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Converter plant |
Starting of gas analytical system “Granat” for analyzing off gases on the ladle degassing outfit (LDO). |
2006 |
OS “ZSMK”, Novokuznetsk, Russia |
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Oxygen-converter plant # 1 |
Development of gas analytical complex for controlling the explosion safety of 3 converters. |
2004 |
Delivery and starting of gas analytical complex for controlling the explosion safety of 3 converters. |
2005 |
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Delivery and starting of 3rd gas analytical system for controlling the explosion safety of 3 converters. |
2008 |
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Oxygen-converter plant # 2. |
Development of gas analytical outfit for controlling the composition of converter gases and defining of impurities in oxygen blast. Manufacturing and delivery of 2 gas analytical systems “Granat”. |
1995-1997 |
Performing of starting-up and adjustment works. Manufacturing and delivery of gas analytical system “Granat” for controlling the explosion safety. |
2002 |
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Delivery of gas analytical system “Granat” for controlling the explosion safety. |
2003 |
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Converter plant |
Delivery of gas analytical system “Granat” for analyzing converter gases and controlling the blast composition in the converter # 5 (replacement of “Granat” system, that has been exploited for 11 years) |
2007 |
Cake and by-product process |
Development of gas analytical outfit for controlling the composition of circulation gases in dry quenching outfit. Manufacturing and delivery of gas analytical systems. |
2000 |
OS “ChMK”, Cheliabynsk, Russia |
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Blast-furnace plant. |
Development of gas analytical outfit for analyzing the total amount of blast-furnace gas and blast composition in BF # 2. Manufacturing and delivery of gas analytical system “Granat”. Performing of starting-up and adjustment works. |
1998 |
Manufacturing and delivery of gas analytical system “Granat” for analyzing the total amount of blast-furnace gas and blast composition in BF # 1. Performing of starting-up and adjustment works and starting of operation. |
2004 |
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ÝÑÏÖ ¹ 6 |
Replacement of gas analyzer (magnetic mass-spectrometer) with gas analyzer (TOF mass-spectrometer) “Granat” in gas analytical system “Trindel”. |
2002-2003 |
Peak boiler-room. |
Delivery of 2 gas analytical systems “Analytic 001” for controlling the content of oxygen, CO and NÎ in off-gases in 6 boilers. |
2007 |
OS “ArcelorMittal Krivoy Rog”, Krivoy Rog, Ukraine |
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Blast-furnace plant |
Manufacturing and delivery of 2 gas analytical systems “Granat” for controlling composition of gases over 4 radii in BF # 9. Performing of starting-up and adjustment works and starting of operation |
2003-2004 |
OS UralStal, Novotroitsk, Russia |
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Blast-furnace plant |
Starting of gas analytical complex consisting of “Granat” system (the analysis of the total amount of waste blast-furnace gas) and gas analyzer “Analytic 001” (continuous control of oxygen blast) in BF # 4. |
2006 |
OS AMK, Alchevsk, Ukraine |
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Blast-furnace plant |
Delivery of gas analytical system “Granat” for analyzing the total amount of waste blast-furnace gas in BF # 1. |
2007 |
OS DMKD, Dneprodzerzhinsk, Ukraine |
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Converter plant |
Starting of gas analytical system “Granat” for controlling the explosion safety in the converter # 2 |
2007 |
Starting of gas analytical system “Granat” for controlling the explosion safety in the converter # 1 |
2007 |
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“Donetskstal-metallurgical works” JSC., Donetsk, Ukraine |
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Blast-furnace plant |
Starting of gas analytical system “Granat” for analyzing the total amount of waste blast-furnace gas in BF # 1. |
2007 |
Starting of gas analytical system “Granat” for analyzing the total amount of waste blast-furnace gas in BF # 2. |
2008 |
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OS “Chusovskoy MZ”, Chusovoy, Russia |
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Blast-furnace plant |
Delivery of gas analytical system “Granat” for analyzing the total amount of waste blast-furnace gas in BF # 2. |
2007 |
OS “Zaporozhstal”, Zaporozhie, Ukraine |
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Blast-furnace plant |
Development of gas analytical system “Granat” for analyzing the total amount of blast-furnace gas and composition of gases over 2 radii of the BF. |
2004 |
Starting of gas analytical system “Granat”, which includes micromixtures analyzer “Analytic 001”, for analyzing the total amount of blast-furnace, blast, gases over 2 radii of the BF and flue gases of air heaters in BF # 2. |
2005 |
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OS “NKMK”, Novokuzhetsk, Russia |
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Blast-furnace plant |
Manufacturing and delivery of gas analytical system “Granat” for analyzing the total amount of blast-furnace gas and oxygen blast in BF. Performing of starting-up and adjustment works. |
1999 |
OS Tulachermet, Tula, Russia |
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Blast-furnace plant |
Manufacturing and delivery of gas analytical system “Granat” for analyzing the total amount of blast-furnace gas, blasting and gas composition over 2 radii of BF #3 (first step) |
2003 |
OS Kosogorskiy Metallurgical works, Tula, Russia |
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Blast-furnace plant |
Manufacturing and delivery of gas analytical system “Granat” for analyzing the total amount of blast furnace and flue gases in BF # 1 and BF # 3 |
2003 |
OS Alchevsk, Alchevsk, Ukraine |
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Cake and by-product plant |
Delivery of gas analytical system “Granat” for analyzing the circulation gas in the dry quenching outfit. |
2007 |
Pakistan Steel, Karachi, Pakistan |
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Blast-furnace plant |
Manufacturing and delivery of gas analytical system “Granat” for analyzing the total amount of blast-furnace gas in BF # 2. Performing of starting-up and adjustment works and start in operation. |
2001-2002 |
Nanolab Sara, Marsel, France |
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Manufacturing and delivery of mass- separators. |
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