LAHORE: The Punjab government has launched a new initiative to improve the province’s groundwater levels by storing excess rainwater and recharging it into the ground through groundwater recharge wells.
Punjab receives a significant amount of rainwater every year, but a large portion of this water is lost. At the same time, groundwater levels are continuing to decline in many areas, creating growing challenges for farmers and the agriculture sector.
Under the initiative introduced by the Chief Minister of Punjab, the Agriculture Department’s Water Management wing is providing support to farmers to install groundwater recharge wells in different districts of the province.
Under the system, excess rainwater is first collected at a designated point. The water is then passed through a silt trap to remove mud, sand and other solid materials. It is further treated through a filtration pit to reduce pollutants and harmful substances before being sent underground.
After filtration, the treated water is transferred through a groundwater recharge borehole, allowing it to enter the underground water system and help replenish the groundwater table.
The initiative is expected to reduce the loss of rainwater while improving groundwater availability. A stronger groundwater reserve can help farmers maintain access to water for irrigation, particularly during periods of water shortage and low rainfall.
The project is also important for long-term water security in Punjab, where increasing pressure on groundwater resources has become a major challenge. Better use of rainwater can help strengthen water conservation and support more sustainable agriculture.
Under the Chief Minister’s special programme, the Agriculture Department’s Water Management wing is providing a 70 percent subsidy of the total project cost to eligible farmers.
Farmers seeking further information about the initiative can contact the Water Management offices in their respective districts or tehsils.
The programme reflects a growing focus on conserving every available drop of water and improving groundwater resources for future agricultural needs.
