Digital Transformation Initiatives
The civic administration is poised to revolutionize its operational efficiency through a suite of digital advancements. A key development is the creation
of an Integrated Law Management System (ILMS), designed to significantly expedite the resolution of ongoing legal cases that often cause delays in project execution. Furthermore, to bolster direct citizen engagement and ensure prompt service delivery, a unified digital dashboard is being established. This platform will allow residents to seamlessly raise and track civic complaints, moving beyond the current reliance on a WhatsApp chatbot. In parallel, the city is embracing advanced spatial planning with the implementation of a comprehensive 3D GIS map of Mumbai. This sophisticated mapping system will serve as a critical tool for conceptualizing, planning, and executing a wide array of urban development projects with greater precision and foresight.
Accelerating Water Security Projects
Ensuring a robust water supply for Mumbai is a top priority, with several large-scale projects receiving urgent attention. Civic chief Ashwini Bhide has directed officials to fast-track the acquisition of all necessary permissions for a proposed desalination plant in Manori. This facility is engineered to process 200 million liters per day (MLD) of saline water, transforming it into potable water for the city's residents, with plans to potentially double its capacity to 400 MLD. This initiative is crucial for meeting the water supply promises made during the civic elections. Alongside desalination, the sewage operation department is being pushed to expedite the construction of seven advanced Sewage Treatment Plants (STPs). Collectively, these STPs will boast a recycling capacity of 2,464 MLD, substantially augmenting Mumbai's overall water availability. Finally, the swift construction of water conveyance tunnels, specifically the segments between Amar Mahal and Trombay, and Kasheli to Mulund, is being prioritized to enhance water transport capacity and minimize potential leakage.
