Jaipur — The Rajasthan government has introduced a new regulation mandating the installation of rainwater harvesting systems for properties with an area of 225 square meters or more. This directive, issued by the Bhajan Lal government, aims to enhance groundwater recharge and promote environmental conservation across the state.
According to the recently issued circular, properties of 225 square meters or larger must have rainwater harvesting units and structures in place within their setback areas. This measure aligns with the state’s water policy and is intended to bolster groundwater levels through effective rainwater recharge systems. The regulation falls under Building Regulation 2020, Section 10.11.1, which stipulates mandatory provisions for rainwater conservation and storage.
In industrial zones, the requirement is slightly more stringent. As per the RIICO Building Regulation 2021, properties with an area of 500 square meters or more must also implement rainwater harvesting systems. This move is designed to further the state’s goal of sustainable water management and environmental protection.
Dr. Samit Sharma, the Secretary of the Government, provided details on the new mandate. He explained that the responsibility for installing the rainwater harvesting system falls on either the property owner or the resident. Until such a system is installed, local municipal bodies—such as municipal corporations, councils, and panchayats—will not issue no-objection certificates or habitation certificates required for new water connections.
Dr. Sharma also highlighted the legal implications for non-compliance. Under Section 238 (7) of the Rajasthan Municipalities Act, 2009, property owners who fail to install the mandated rainwater harvesting systems could face legal action, including imprisonment or fines. Additionally, those who do not comply will not be eligible for new potable water connections.
The new regulation underscores the Rajasthan government’s commitment to improving water resource management and ensuring that all significant properties contribute to groundwater conservation efforts.
