Lakes and ponds across the country have suffered from untreated effluent and sewage disposal, a consequence of both residential areas and industrial activities. This negligence has inflicted severe damage on our freshwater bodies, polluting the water and decimating aquatic life. Conventional chemical treatments, though sometimes effective, often come with unintended side effects and fail to provide long-term solutions.
According to the United Nations, approximately 400 coastal areas and over 100 freshwater lakes are plagued by Harmful Algal Blooms (HABs), causing widespread environmental degradation, loss of biodiversity, and posing health risks to humans. Furthermore, a report by the European Environment Agency reveals that over 60% of European lakes face threats stemming from urbanization-related pressures.
Remediation efforts are crucial for protecting and restoring diverse ecosystems, ensuring the survival of various plant and animal species, as well as microorganisms. This fosters overall ecological balance and sustains critical habitats.
Remediation guarantees access to clean and safe water resources, benefiting both human communities and wildlife. It safeguards drinking water sources and mitigates the risk of waterborne diseases.
Rejuvenated lakes and ponds offer opportunities for enhanced recreational activities such as swimming, boating, and fishing. This supports outdoor recreation, boosts tourism, and stimulates local economies.
By revitalizing water bodies, we actively contribute to the conservation of natural resources, ensuring their sustainable use for future generations.
Healthy lakes and ponds play a pivotal role in climate regulation by absorbing and distributing solar energy. This helps stabilize global temperatures and weather patterns, contributing to climate resilience.
Considering these critical factors, it's evident that remediating lakes and ponds is essential for preserving and restoring these vital freshwater resources.
Excessive organic matter, sludge and silt deposition, malodor, and nutrient imbalances causing eutrophication
Excessive organic matter, sludge and silt deposition, malodor, nutrient imbalances leading to eutrophication, dead zones due to lack of circulation, and fish deaths caused by elevated ammonia levels
Providing tailored solutions for issues like oil spills, nallah (drainage canal) remediation, and lagoon management.
