Power plant solutions

Power Plant Solutions

EUtech Scientific Engineering has developed a unique suite of solutions to optimize operation, improve availability, increase efficiency and reduce emissions of fossil-fired steam generators. Our solutions are modular and can be easily adapted to your individual requirements and problems – a feature particularly helpful if you want to upgrade an aging fleet of boilers.

EUtech´s suite of solutions consists of:

Click for more information about EUcontrol

This is the platform into which all of EUtech´s power plant solutions seamlessly integrate. EUcontrol extracts the extra information and uses it for “intelligent” control and optimization objectives.

 

Click for more information about EUcoalflow
Click for more information about EUcoalflow

Real-time coal flow measurement: this sensor enables continuous measurement of coal mass flow and velocity inside pipes and ducts. Thus it is possible to achieve optimal air-fuel-ratio through active control.

The system is applicable to all kinds of coals (black coal, anthracite, bituminous coal, lignite), biomass or other power plant products (ash, lime etc.).

Click for more information about EUcoalsizer

In-line and on-line measurement of the particle size, density and velocity distribution. By moving the probe through the coal pipe, spatially resolved cross-sectional distributions are available. Particles of a size up to 4 mm can be measured.

Click for more information about
EUvis insitu

A unique camera system that traverses the boiler up to 6 m under full load conditions at temperatures up to 1400 °C. The camera head is air-cooled and rotates around two axes. The system collects high quality images from the most inaccessible areas of the boiler and permits most reliable boiler condition assessment.

Click for more information about EUflame

Simultaneous measurement of the true flame temperature and optical thickness (flame opacity) inside the furnace. By using an array of up to 10 pyrometers, a two-dimensional temperature field, e.g. at the end of the furnace, can be reconstructed.