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Description of work
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Location
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Year
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Development and implementation of SWOCP on P-49 boiler of 500 MWt power unit after replacement of the lower radiating part.
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Nazarovo State District Power Plant, boiler #7b
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2009
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Development and implementation of SWOCP according to VGB-R 513 standards on 300 Mwt power unit.
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Uong Bi Power Plant, Vietnam, power unit #1
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2004—2006
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Development and implementation of SWOCP after replacement of heating surfaces on NG-230-2 boiler with installation of temperature inserts into furnace waterwalls.
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Tomsk State District Power Plant 2, boilers #6 and #7
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2004—2005
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Development and implementation of post-assembly SWOCP on TPE-214 boiler with installation of temperature inserts into furnace waterwalls.
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Novosibirsk Central Thermal Power Plant 5, boiler #6
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2004
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Development and implementation of post-assembly SWOCP on E-160-2,4-250 boiler with installation of temperature inserts into furnace waterwalls.
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Ulan-Ude Central Thermal Power Plant 2, boiler #4
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2004
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Development of technology and scheme. Implementation of SWOCP on 50 MWt power units is being prepared.
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Obra Power Plant, India, power units #1—5
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2004
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Development and implementation of pre-launch SWOCP on TP-10 boiler with installation of temperature inserts into furnace waterwalls.
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Central Thermal Power Plant CHK, Seversk, boiler #15
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2003
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Development and implementation of pre-launch SWOCP on BKZ-230/13,8KT boiler.
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Kazan Central Thermal Power Plant 2, Tatenergo, JSC, boiler #11
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2002
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Development and implementation of post-assembly SWOCP on BKZ-320-140GN boiler with installation of temperature inserts into furnace waterwalls.
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Yaroslavl Central Thermal Power Plant 3, boiler #7
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2002
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Development and implementation of post-assembly SWOCP on BKZ-220-9,8-540G boiler with installation of temperature inserts into furnace waterwalls.
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Central Thermal Power Plant JSC «Tulachermet», Tula, boiler #8
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2002
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Development and implementation of post-assembly SWOCP on BKZ-240-100FFZ boiler with installation of temperature inserts into furnace waterwalls.
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Chita Central Thermal Power Plant 1, boiler #1
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2001
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Implementation of the Stage-1 of post-assembly SWOCP on BKZ-220-100 boiler.
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Sarov Central Thermal Power Plant (Arzamas-16), boiler #9
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2000
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Implementation of post-assembly SWOCP by the staff of Tomsk Central Thermal Power Plant 3 according to the program developed by SPE Energetika i Nauka on BKZ-500-140 boiler.
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Tomsk Central Thermal Power Plant 3, boiler #2
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2000
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Development of a working project and implementation of post-assembly SWOCP on TPE-429 boiler..
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Ulyanovsk Central Thermal Power Plant 2, boiler #5
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1999
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Development of working projects of SWOCP in co-operation with GUP VO Technoproject for two BKZ-220-100 boilers.
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Kastolats-A Thermal Power Plant, Yugoslavia
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1999
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Development of a working project and implementation of post-assembly SWOCP after acid pickling of furnace waterwalls of TPE-429 boiler with installation of temperature inserts into furnace waterwalls.
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Ulyanovsk Central Thermal Power Plant 2, boiler #1
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1998
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Development of a working project with blueprints of temporary pipelines and all elements of the scheme for 210 MWt power unit.
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Plevlya Thermal Power Plant, Montenegro, SFRYu, power unit #1
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1998
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Development and implementation of post-assembly SWOCP on KVGM-100 boiler.
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Achinsk NPZ-VNK
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1997
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Development and implementation of post-assembly SWOCP on H702 refrigirator of KT 1/1 installation.
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JSC Omsk NPZ
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1996
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Development and implementation of post-assembly SWOCP on BKZ-500-140 boiler with verification of intensification of waterwall surfaces cleaning using patent #2064151.
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Tomsk Central Thermal Power Plant 3, boiler #1
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1996
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Development of a working project of SWOCP for 500 MWt power unit after the replacement of a heating surface part. Introduction (for the first time ever) of the cleaning of reheater with the reverse of steam-water mixture flow on a working boiler.
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Reftinsky State District Power Station, power unit #9
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1995
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Implementation of post-assembly SWOCP on 500 MWt power units. The first usage of patent #2064151 (application of steam-water mixture).
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Ekibastuz State District Power Station 2, power units #1 and #2
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1994—1995
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Development of a complex non-waste post-assembly technology of SWOCP for 185 MWt power unit with E-500 CSK boiler and 185/215 turbine.
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Omsk Central Thermal Power Plant 6, power unit #1
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1994
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Development and implementation of SWOCP technology, applying intensified cleaning using steam-water medium and changing flow direction for water-heating boilers (KVGM-100 and PTVM-30).
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Omsk Central Thermal Power Plant 6
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1992—1994
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Implementation of post-assembly SWOCP on 500 MWt power unit.
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Ekibastuz State District Power Plant 2, power unit #2
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1993
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First time ever in the world power engineering a post-assembly SWOCP were implemented by the staff of Ekibastuz State District Power Plant 2 on 500 MWt power unit.
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Ekibastuz State District Power Plant 2, power unit #2
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1991
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