For the final filter stage of your LM6000 gas turbine, EMW® has a new final filter ready for you: the MPZ GTS.
And how does it differ from the conventional models? Quite simply: compared to the LM6000 circular filters commonly available on the market, the MPZ GTS has a higher fractional efficiency for particularly small fine dust particles, but without this being reflected in an increased pressure difference.
But let us read more about it below!
This diagram compares the fractional efficiency of the MPZ GTS (using the MPZ ECO-80 GTS as an example) with that of a commercially available LM6000 round filter. Clear differences can be seen here: While particles >3.5 µm are still filtered relatively equally well by both filter types, the situation is quite different for particles of size <3.5 µm. With a particle size of 0.4 µm, for example, the filters show a difference of almost 30% in their separation efficiency.
As already mentioned, the pressure difference nevertheless remains stable. Looking at the diagram, it becomes clear that the pressure difference of both filters hardly differs noticeably. In fact, EMW®'s MPZ ECO-80 GTS performs better even at a volume flow of >2000 m³/h.
| Filter type | MPZ ECO-80 GTS |
|---|---|
| Filter class according to EN 779 | F9 |
| Designated Filter Group ISO 16890 | ISO ePM 1 80% |
| Further Filter Groups ISO 16890 | PM2,5 85% | PM10 95% |
| Nominal air flow rate [m³/h] | 3400 |
| Initial pressure drop | 170 |
| Average Arrestance | ≥ 95 |
| Filter type | MPZ Pure-E10 GTS |
|---|---|
| Filter class according to EN 1822 | E10 |
| Nominal air flow rate [m³/h] | 3400 |
| Initial pressure drop | 215 |
| Average Arrestance | ≥ 85 |
