Baddi’s Industrial Growth Leaves Villages Thirsty, Pollution Threatens Ropar Wetland

Baddi/Rupnagar, August 28, 2026: Rapid industrialisation in the Baddi-Barotiwala-Nalagarh (BBN) belt is increasingly coming under scrutiny over its impact on groundwater, village livelihoods and the health of the Sirsa (Sarsa) rivulet, which ultimately flows towards Punjab and the Ropar Ramsar wetland.

A recent watershed study covering 21 villages and nearly 12,000 residents has highlighted a serious imbalance between groundwater recharge and extraction in the Baddi micro-watershed. The study estimates annual groundwater recharge at around 1,014 hectare-metres, against extraction of nearly 1,278 hectare-metres, leaving a deficit of about 264 hectare-metres.

Groundwater Levels Falling in Villages

The study found that water levels in agricultural borewells across the surveyed villages have fallen by approximately 8 to 25 metres over the past 15 years.

Several farmers have reportedly been forced to deepen their borewells, install more powerful pumps and spend significantly more money to maintain access to groundwater.

Villages including Dasaura, Kotla and Jhar Majra are among the areas identified as being affected by declining groundwater levels.

The research published through the Journal of Soil and Water Conservation similarly found that industrial and other groundwater extraction has contributed to a water deficit in the watershed.

Industrial Expansion Changes Rural Livelihoods

The water crisis is not only affecting agriculture.

According to the watershed study, traditional cultivation of crops such as pulses, oilseeds and maize-wheat has declined in several villages.

Some families have reportedly sold agricultural land to industrial interests, while others have shifted towards rental accommodation, transport services and water-tanker businesses.

The study suggests that industrial growth has therefore transformed the economic structure of communities surrounding the Baddi industrial belt.

Sirsa River Pollution Raises Concern

Alongside groundwater depletion, pollution of the Sirsa rivulet has emerged as another major environmental concern.

The Central Pollution Control Board's assessments have identified polluted stretches in the Baddi area. A 2022-23 assessment cited by The Tribune classified the Ratta river stretch before its confluence with the Sirsa in the most critical Priority-I category, with reported BOD levels above 30 mg/litre. The Sirsa stretch itself was placed in Priority-II.

Environmental reports have also documented concerns about industrial effluent entering drains and rivulets connected to the Sirsa system.

Toxic Effluent and CETP Under Scrutiny

The Common Effluent Treatment Plant (CETP), Baddi was established to treat industrial wastewater, but its functioning has repeatedly faced scrutiny.

Earlier proceedings before the National Green Tribunal dealt with pollution of the Balad River caused by leakage from the CETP and deficiencies in its operation. The tribunal had sought corrective measures and examination of whether industries were properly connected to treatment facilities.

A recent report also highlighted instances of frothy discharge and alleged dumping of industrial waste into drainage channels around Baddi.

Pollution Reaches Punjab

The environmental concern does not stop at the Himachal Pradesh border.

The Sirsa drainage system eventually connects with watercourses flowing towards Punjab and the Sutlej basin, raising concerns about downstream water quality.

The Punjab Pollution Control Board has reportedly communicated with its Himachal Pradesh and Haryana counterparts over contamination concerns.

More recently, Rupnagar police registered an FIR on August 24 following allegations that industrial waste and refuse from the Baddi-Nalagarh area had entered Punjab's water resources and accumulated near Ropar Headworks.

Threat to Ropar Ramsar Wetland

The downstream ecological impact is particularly concerning because the affected water system ultimately connects with the Ropar/Rupnagar Ramsar wetland.

The recent watershed study has specifically highlighted concerns regarding the movement of polluted water towards the Ramsar wetland.

The Ropar wetland is an important aquatic ecosystem and a significant habitat for birds and other wildlife. Continued contamination of its upstream water sources could therefore have consequences beyond human water use.

Groundwater Quality Also Raises Questions

A separate scientific study published in Scientific Reports examined groundwater in the Baddi-Barotiwala-Nalagarh industrial belt.

Researchers analysed 50 groundwater samples and reported that several physicochemical parameters exceeded permissible limits in some samples, including concerns relating to fluoride and arsenic. The researchers described groundwater as a primary drinking-water source in the industrial belt and highlighted the need for continued monitoring and risk assessment.

These findings underline why groundwater quantity and quality need to be considered together.

What the Watershed Study Recommends

The researchers have proposed several measures to address the situation, including:

Rainwater harvesting and groundwater recharge
Construction of check dams and earthen structures
Protection of stream banks
Renovation of village ponds
Vegetative barriers to reduce pollution
Treatment of polluted water before reuse
Phytoremediation using vetiver grass
Development of green belts and plantation areas
Better monitoring of industrial water extraction and wastewater discharge
Development vs Environment

The situation in Baddi highlights a larger challenge facing rapidly industrialising regions: how to maintain economic growth without placing unsustainable pressure on natural resources.

Baddi has developed into an important industrial and manufacturing centre, but the latest research suggests that surrounding communities are increasingly paying the environmental price through groundwater depletion and pollution.

The issue is therefore not simply about industrial pollution—it is also about water security, farming, rural livelihoods and ecological protection.

Key Highlights
A watershed study covers 21 villages and nearly 12,000 residents around Baddi.
Groundwater extraction is estimated to exceed annual recharge by about 264 hectare-metres.
Agricultural borewell water levels have reportedly fallen 8–25 metres over 15 years.
Pollution of the Sirsa/Sarsa rivulet remains a major concern.
Industrial wastewater and CETP performance have previously faced regulatory scrutiny.
Pollution from the Baddi-Nalagarh area is raising concerns in downstream Punjab.
Rupnagar police recently registered an FIR over alleged industrial waste entering Punjab's water resources.
Researchers have warned about the potential impact on the Ropar Ramsar wetland.
Rainwater harvesting, groundwater recharge and improved wastewater treatment have been recommended.
Conclusion

The Baddi water crisis presents a stark picture of the environmental pressures accompanying rapid industrialisation.

While the industrial belt has generated economic activity and employment, falling groundwater levels and continuing concerns over pollution of the Sirsa rivulet have created serious challenges for neighbouring villages and downstream ecosystems.

The findings strengthen the case for a coordinated approach involving Himachal Pradesh, Punjab, pollution-control authorities, industries and local communities.

Protecting groundwater and ensuring that industrial wastewater is properly treated will be crucial not only for villages around Baddi but also for the health of Punjab's downstream water systems and the Ropar Ramsar wetland.

NewsDesk7.com will continue to track developments concerning Baddi's water crisis, industrial pollution and the health of Punjab's rivers and wetlands.