FPT Industrial is introducing a new low emissions package that will allow the firm’s engines to meet the European Stage V requirements. Called the Hi-eSCR2, this patented emissions solution will be used for all engines over 56kW. According to Diego Rotti, from the firm’s product marketing department, the system will be designed with a common architecture that fits on top of the engines, making it simpler to install. He said, “It will require minimum effort for installation. You won’t have to figure out
April 10, 2018
Read time: 2 mins
FPT is introducing a new emissions control system
7935 FPT Industrial is introducing a new low emissions package that will allow the firm’s engines to meet the European Stage V requirements. Called the Hi-eSCR2, this patented emissions solution will be used for all engines over 56kW. According to Diego Rotti, from the firm’s product marketing department, the system will be designed with a common architecture that fits on top of the engines, making it simpler to install. He said, “It will require minimum effort for installation. You won’t have to figure out wiring or hoses.”
A key feature is that the system does not have a separate particulate filter. Instead, the HI-eSCR2 system integrates its particulate filtration system into the SCR module. Rotti said, “We have a single component that carries out both tasks.”
The package includes patented technology and the firm says that its design simplifies the installation and also cuts maintenance needs. According to FPT, the HI-eSCR2 occupies the same space as the previous after-treatment solution HI-eSCR used for Stage IV, without compromising performance. The firm claims that its solution delivers best-in-class power and torque density and for high load or high power applications, users have no need to halt equipment during operations for filter regeneration.
The package has been developed with the help of FPT’s experience in the on-highway sector and uses much proven technology to ensure its reliability in the field according to the firm.
