Delhi Launches ‘Malba Portal’ to Track Construction Waste, Curb Illegal Dumping

Delhi's municipal authorities have rolled out a new digital platform called the "Malba Portal" to improve the management of construction and demolition debris in the city. The initiative aims to reduce illegal dumping on roadsides and vacant plots while ensuring that waste generated from construction sites is collected and disposed of in an organised manner.

Municipal Commissioner Sanjeev Khirwar said the fast pace of urban development in Delhi produces thousands of tonnes of construction waste every day. In many cases, this debris ends up being dumped on roadside stretches or empty land, contributing to dust pollution and civic problems. Officials believe the new digital system will help bring better control and accountability in the disposal process.

The civic body said the Malba Portal will be available for use by residents, builders, contractors and government departments. Users can submit requests for debris collection online or by scanning a QR code. Once a request is registered, the system connects it with transporters who are officially registered with the municipal corporation.

These authorised transporters will visit the site, collect the debris and carry it to designated collection centres or recycling facilities. The portal also includes digital tracking that allows authorities to monitor each trip, ensuring that waste reaches approved locations instead of being dumped illegally.

Delhi Mayor Raja Iqbal Singh said the portal is an important step towards making the capital cleaner and more environmentally responsible. The platform also supports the upcoming C-D Waste Management Rules 2025, which are scheduled to take effect from 1 April.

Municipal officials added that the initiative will also help boost recycling. Construction and demolition debris collected through the portal can be processed and converted into reusable materials, linking digital monitoring with environmental sustainability and better civic participation.