Projects

Since its foundation BW Ltd. completed the following projects:

Project title and location Jobs performed Year Equipment capacity
Heat station 1, JSC Sakhalinenergo
Yuzhno-Sakhalinsk, Sakhalinskaya region
Construction of 5th power block. Design of water treatment system for the system Sprint GTU LM 6000PD, supply and startup of the equipment. Applied technology is EDI. The EDI system is manufactured by BW ltd. Automatic Control System is based on the controller Simatic S300 Siemens. 20112012 10 m3/hour
Water treatment station, Municipal Formation Urban settlement Dubrovskoe, Leningradskaya region. Upgrading of centralized water supply station.
Design, supply, installation and startup of equipment. Applied technology is UF.
2010—2011 4500 m3/day
Heat station 1, JSC Sakhalinenergo Yuzhno-Sakhalinsk, Sakhalinskaya region

Construction of 4th power block. Design of system for treatment of row water for heating system. Applied technology is UF. 2009 700 m3/hour
Heat station 1, JSC Sakhalinenergo, Yuzhno-Sakhalinsk, Sakhalinskaya region

Design of water treatment system for injection of water into gas turbines of 4th power block. Applied technologies are RO and EDI. 2009 12,7 m3/hour
JSC "FSK EES", Viborg transducing station, Viborg, Leningradskaya region

Design, supply, mounting and startup of system for production of ultrapure water. Applied technologies are UF and photolitic ozonation. 2008—2009 4 m3/hour
CCPP JSC "Mordovcement", Komsomolsky, Mordovia

Design, supply, mounting and startup of water treatment system for steam generators and heat circuit. Applied technologies are UF, RO and EDI. 2008—2010 70 m3/hour
Lebedev Institute of Synthetic Rubber, St. Petersburg

Design, supply, mounting and startup of system for production of ultrapure water. Applied technologies are RO and ion exchange. 2007—2009 0,5 m3/hour
Power plant, Kogalim, Tyumenskaya region Design and supply of water treatment system for heat circuit. Applied technology is chemicals dosing. 2008 100 m3/hour
Waste water treatment station, V.K.O., Kazakhstan

Design of waste water treatment station. Applied technology is MBR. 2008 20 m3/hour
JSC "URSA Chudovo", Chudovo, Pskovskaya region

Design, supply, mounting and startup of system for production of ultrapure water. Applied technology is RO. 2007 1 m3/hour

In addition, our professionals participated in the following projects:

Project title and location Equipment and applied technologies Year Equipment capacity
Grand Hotel "Europe" *****, St. Petersburg

System for tap water treatment. Applied technology is UF.  2006 20 m3/hour
ROSPRODTORG Ltd., St. Petersburg

System for production of ultrapure water. Applied technology is RO.  2006 1,0 m3/hour
LENPOLIGRAFMASH, St. Petersburg

System for cleaning galvanic waste water. Applied technologies are UF and ion exchange.  2006 6 m3/
JSC "FORD Motor Company", Vsevolozhsk, Leningradskaya region

System for drinking water production. Applied technologies are conventional filters.  2005 15 m3/hour
Primorsk, Leningradskaya region

Design of water treatment system for vessel loading. Applied technology is UF.  2005 30 m3/hour
RZhD, railway station Svir,
Leningradskaya region

System for drinking water production. Applied technology is conventional filters.  2005 10 m3/hour
SARDIS Ltd., St. Petersburg

System of water treatment for cooling circuit of machines with diamond instruments. Applied technology is UF.  2004 1,5 m3/hour
POLISAN pharmaceutical company, St. Petersburg

System for treatment of technological water. Applied technology is RO.  2004 10 m3/hour
Carpet factory "Neva Taft", St. Petersburg

System for treatment of technological water. Applied technologies are electroconditionig and ion exchange.  2003 10 m3/hour
Hospital of JSC "RZhD", St. Petersburg

System for tap water treatment. Applied technology is electroconditioning.  2003 2 m3/hour
Maryinskaya Hospital, St. Petersburg

RO system for hemodialysis.  2003 0,5 m3/hour
Municipal hospital 37,
St. Petersbur

RO system for hemodialysis.  2003 0,5 m3/hour
JSC Petro, Group of companies JTI,
St. Petersbur
System for tap water treatment. Applied technologies are UF and conventional filters.  2001 6 m3/hour
JSC Petrospirt, St. Petersburg

Water treatment system for production of bottled water. Applied technology is RO.  2000 4 m3/hour
JSC Ravioli, St. Petersburg System for tap water treatment. Applied technology is RO.  1999 2 m3/hour
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