Kappa Ekon^®
leads into a new era
in industrial dedusting.

Where bag filters have been used so far, the Kappa Ekon^® offers an alternative dedusting solution with outstanding performance data.

Kappa Ekon^®
requires only
half the space.

It reduces
the residual
dust content
by half and
energy consumption
by one third.

Kappa Ekon^®
is designed
modular.

On site, the components are put together like Lego to construct the units. Through this, we reduce the installation work and eliminate the risk of subsequent malfunctions dur to leakages.

The ingenious modular system enables the realization of systems of any size. This ensures flow rates from 30,000 to over one million cubic meters per hour that are dedusted economically, energy efficient and with the highest separation efficiency.

1/2
footprint*

The innovative Kappa Ekonomy filter elements are the core of the Kappa Ekon^® dedusting system. These provide a very high filter surface for such a small footprint.

A Kappa Ekonomy filter element replaces ten filter bags of a conventional bag filter with a total hose length of eight meters. The intelligent module construction of the Kappa Ekon^® consistently follows the construction of a large-scale dedusting plant and integrates raw gas distribution and clean gas chamber into the overall concept.

This design also allows both small and large units to be constructed. The amount of space required can be reduced by half.

1/2
residual dust content*

For the filtration of coarse and fine dusts, a pre-separation chamber is integrated within every filter tower of the Kappa Ekon^®. Coarse particles thus pass directly into the dust funnel. The deposition of the fine particles takes place on the surface of the Kappa Ekonomy filter elements. They are made of special, high-quality
plastic fabric. During the high-tech manufacturing process, the filter material is impregnated with specific nano-fibres. With this special nano-fibre surface structure, the filter elements are suited to the surface filtration of industrial dust particulates and deliver excellent results with fine dust and smoke filtration. The residual dust is reduced by half.

1/3
energy saved*

The Kappa Ekon^® can deliver this due to careful aerodynamic calculations and simulations. Based on these results, the entire filter system flow was optimized, and resistance due to turbulent flows and vortices was eliminated. The row gas distribution and clean gas chamber are integrated into calculations and simulations.

Coanda elements ensure uniform and flow-optimized charging of the individual filter towers. The Kappa Ekonomy filter elements have improved cleanability and also reduce the resistance of the overall system. The result of all optimization measures is a substantial overall reduction of the resistance of the system.

* The information provided compares the data from a Kappa Ekon^® to that of a baghouse filter with a length of 8 m and corresponds to the actual results obtained from two large-scale projects. The actual values are unique for each system.