RECD is an advanced solution for emission control that is designed to minimize harmful emissions generated by diesel generators drastically. It is India 1st NOx-control device. RECD helps industries comply…

The RECD device for the DG set is an advanced emission control device designed to drastically reduce harmful exhaust pollutants from diesel generators drastically. This RECD (Retrofit Emission Control Device)…

RECD, designed for DG sets, is an advanced emission control system that dramatically reduces harmful NOx emissions from diesel generators. As environmental regulations become more stringent, RECD technology helps DG…

The NOx emissions standards in India are formulated to limit the harmful nitrogen oxide gases produced by industrial engines, diesel engines, and DG sets. NOx emissions pose a serious risk…

NOx refers to nitrogen oxides, which are released during combustion processes such as those in diesel generators. These gases are major contributors to air pollution, smog, and respiratory health problems.…

a cpcb-approved recd for use with a dg set is an advanced emission-control solution designed to minimize particulate emissions and enhance generator performance. this recd is fully compliant with cpcb…

RECD (Retrofit Emission Control Device) for DG Sets at Platino Automotive helps reduce harmful emissions and improve overall generator performance. It is designed to meet the most recent CPCB standards…

The Retrofit Emission Control Device (RECD) is a modern solution designed to minimize the harmful emissions from diesel generators and promote more sustainable, green power production. RECD can help control…

RECD (Retrofit Emission Control Device) is an Advanced solution to reduce harmful emissions from DG sets while ensuring compliance with the latest CPCB guidelines. Installing RECD for DG set helps…

Industrial diesel generators are robust power units that operate on diesel fuel, making them extremely useful during power outages. Their ability to generate electricity ensures that operations can continue without…