Description of work:

Main design of reconstruction of protective hydraulic plant of earth-bank of the river Sava and Bosna in the area of Odžačka Posavina-I phase

Implementation period:

2005

Description of work:

The utilization of hydroenergetic potential a river Boštica

Implementation period:

2009

Description of work:

The utilization of hydroenergetic potential a river Stupčanica

Implementation period:

2009

Description of work:

Sewage system of town Bijeljina-Main design 2 Phase, 3 Stage

Implementation period:

2009 - 2010

Description of work:

Hydraulic transport of combustion products (fly and bottom ash) from TPP Kosovo B to mine open pits so as to reclaim devastated soil after exploitation of open pit coal mine. It will have great environment on protection of air and leaching water.

Implementation period:

2004-2006

Description of work:

Transport of fly ash from ESP (electrostatic precipitator) to the selling plant (silo+loading into trucks). Transport of fly ash from ESP to mixing facility and further on hydraulic transport of slurry to disposal site.

Implementation period:

2006 - 2008

Description of work:

Replacing the existing system of ash disposal (10 litres of water to 1 kg of ash) at TPP Nikola Tesla B with hydraulic transport system for thick slurry (1 litre of water to 1 kg of ash).

The Works included the project management, planning support, design, engineering, procurement, installation, testing, commissioning and setting to work of the new ash disposal system at Nikola Tesla B Power Station.

This project included construction works on:

• Ash Silos
• Mixing & pumping house

The following main components are constructed:
• Conveyor systems
• Compressors and air vessels
• Silo’s and discharge equipment
• Mixing units
• Pumps
• Pipelines for pneumatic ash transport and slurry piping system
• Air system for pneumatic transport
• Instrument air system
• Electric wiring

During the required shutdown time for each unit the following connections and final erection has done:

• Conveyor belts for bottom ash are modified and connected to the new bottom ash system
• Transport vessels are installed under the relevant hoppers
• Connection to pre-installed pneumatic systems
• Connection to electrical systems

Implementation period:

2007-2010

Description of work:

Quantitative and qualitative acceptance of equipment

Implementation period:

2000 - 2001

Description of work:

Jajce-reconstruction of river bed of Pliva and waterfall – II phase

Implementation period:

2005

Description of work:

Service of design our designer
in Paris- France

Implementation period:

2006 - 2007