Page 13 - Viledon - Air and Liquid Filtration

Sustainability through energy efficiency
Reduce energy costs with Viledon ®

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Businesses across many industries and appli- Example: 4.4 t less CO emissions per year with Viledon .
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cations profit from the use of energy efficient 1st filter stage: 9 × M 6 Viledon Compact pocket filters
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Viledon filter solutions. You too can achieve 1st filter stage: 9 × conventional M 6 pocket filters T 60 2nd filter stage: 9 × F 9 Viledon MaxiPleat
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2nd filter stage: 9 × conventional F 9 cassette filters
cassette filters MX 98
significant energy cost savings while contributing Volume flow: 30,000 m / h Volume flow: 30,000 m / h
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to the reduction of CO 2 emissions.
Conventional filters Viledon system
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Power consumption Power consumption
27,820 kWh / year 19,930 kWh / year
Electricity costs* 789 € / year Electricity costs*
(27,820 kWh × 0.10 € / kWh) Cost savings (19,930 kWh × 0.10 € / kWh)
2,782 € with Viledon ® 1,993 €
CO 2 emission** ≈ 4.4 t / year CO 2 emission**
(27,820 kWh × 0.559 kg / kWh) CO 2 reduction (19,930 kWh × 0.559 kg / kWh)
≈15,551 kg / year with Viledon ® ≈11,140 kg / year
We will be pleased to send you
documented case studies. Simply * Electricity costs for industry (0.10 €/kWh), Source: BDEW Bundesverband der Energie- und Wasserwirtschaft e.V.,
contact us. correct as of 2011
** Specific carbon dioxide emissions of the German electricity mix in 2011 (0.559 kg/kWh of CO 2 emission factor),
Source: German National Environment Office, FG/2.5., correct as of April 2012
44 €
Cost savings
per filter / year

Viledon air filters for the energy efficient use in HVAC systems Significant cost reduction
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Energy
Viledon Annual energy The fan in an HVAC system consumes elec-
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product Type Filter class* efficiency consumption*** trical energy during operation, for example,
class**
to overcome the filter’s resistance. In the case
F 50 Pocket filter M 5 A 600 kWh of variable-speed fans, energy consumption
will continually increase as a result of the air
T 60 Pocket filter M 6 A 620 kWh
filters’ pressure drop. Many conventional
T 90 Pocket filter F 7 B 1,060 kWh filters display unfavorable resistance behav-
ior. Not Viledon : our filters have a large dust
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MF 90 Pocket filter F 7 C 1,500 kWh
storage capacity and the pressure drop in-
MF 95 Pocket filter F 8 C 1,650 kWh creases only slowly.
MX 85 Cassette filter F 7 C 1,240 kWh
MX 95 Cassette filter F 8 B 1,300 kWh * according to EN 779:2012
** As part of the EUROVENT Certification,
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rated at 3,400 m /h
MX 98 Cassette filter F 9 B 1,830 kWh *** The indicated annual energy consumption results from
a laboratory test procedure with synthetic test dust at
MV 85 HSN Cassette filter (synth.) F 7 C 1,500 kWh 3,400 m /h and only refers to the portion of total en-
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ergy consumption which is caused by the flow resis-
MV 95 HSN Cassette filter (synth.) F 8 C 1,700 kWh tance of the filter. The annual energy consumption of
an HVAC system may therefore differ significantly in
MVP 85 Cassette filter F 7 B 1,100 kWh actual operation.
MVP 95 Cassette filter F 8 A 1,200 kWh
MVP 98 Cassette filter F 9 B 1,470 kWh 13