#CARICAMENTO#…
Particulate Filters

Particulate filters BPF

BPF Particulate Filters



• Over 99% reduction in particulates

• For use on industrial off-road vehicles

• High exhaust gas temperature required

• Passive regeneration

• Available with off-board regeneration

Particulate filters UGET 3 +

UGET 3 + Particulate Filters


 

• Over 99% reduction in particulates

• No regeneration required

• Quick cartridge replacement

• Suitable for stand by use and low exhaust gas    temperature

• Easy installation and diagnostics

BYBOX M12 - CONTROL BPF

Bersy

Bersy’s experience has led to the creation of BYBOX M12, a datalogger control unit suitable for all types of particulate filters.

BPF R 427 - FILTER WITH ADDITIVE

Bersy

The BPF R427 system is constructed using passive regeneration silicon carbide (SiC) filters where the regeneration is facilitated by a concentrated liquid catalyst (commonly called FBC - Fuel Borne Catalyst) that is mixed into the fuel. This system allows regeneration from temperatures as low as 340 - 350°C. The BPF R427 filter is approved according to the Swiss VERT off-road procedure and is included in the VERT FILTER LIST.

BPF R 187 - FILTER REGENERATION WITH OFFBOARD

Bersy

The BPF R187 system is constructed using silicon carbide (SiC) filters. The product is particularly simple and extremely effective, guaranteeing over 97% particulate filtration. The regeneration of the R187 filter is facilitated by an external electric regeneration unit.

New

BPF R 620 - FILTER WITH PRE-CAT

Bersy

The system BPF R620 is realized with the use of filters made of silicon carbide (SiC) associated with oxidation catalyst, placed in front of the filter to ensure the reduction of emissions of unburned hydrocarbons (HC) and carbon monoxide (CO). This combination allows to increase the value of nitrogen dioxide (NO2) that, unlike oxygen (O2), allows for the burning of the particulates at temperatures compatible with those present in the exhaust gas.

New

BPF R 360 - CATALYZED FILTER

Bersy

The system BPF R360 is realized with the use of filters made of silicon carbide (SiC) in which the catalytic activity oxidant is delegated to the deposition of noble material directly on the filter substrate to ensure also the reduction of emissions of unburned hydrocarbons (HC) and carbon monoxide (CO). This combination allows to increase the value of nitrogen dioxide (NO2) that, unlike oxygen (O2) allows for the burning of the particulates at temperatures compatible with those present in the exhaust gas.