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Showing posts with the label Urban Planning

After Heat Wave - Still No Sustainability

After Heat Wave - Still No Sustainability After recent significant heat waves and their consequent outcomes in the weather trends, there is still a need for the adoption of sustainable measures. This post will focus on the effects of human activities on the energy cycle of the earth. The most immediate fix is the best option but for the short term only. Now, the time has come to achieve the long-term goals by imposing stringent policies. Source: University of Bristol Recent studies estimate that the world will add about 1 billion Air Conditioners (ACs) by the end of 2030, and projected to nearly double before 2040. This expansion of AC coverage threatens to worsen the crisis it's responding to, as most ACs still use refrigerants like Hydro Fluoro Carbons (HFCs), which can have 1,000 times the warming potency of Carbon Dioxide (CO2). Further, various studies estimate that if the world fails to lower, the dependence on HFCs could result in half a degree Celsius of warming by the end

Shallow Aquifer - Weakening Foundation

Shallow Aquifer - Weakening Foundation Significant Cracks on Building Structure  During the testing of our newly developed chemical for waterproofing, we observed significant cracks in the basement of the newly constructed buildings in nearly all the metro cities of India. On investigation, we found that these buildings or their neighbouring buildings have incorporated Ground Water Recharge Wells. On further investigation, we found that the said Ground Water Recharge Wells were not been designed by competent personnel. The management has given the contract to the lowest bidder. Note: Ground Water System is very complex and needs an expert to design a sustainable Ground Water Recharge Wells. How are these major basement cracks related to Ground Water Recharge Wells? During the design of the Foundation, we all came up with the terminology Uplift Pressure or Hydrostatic Uplift, defined as an upward pressure applied to a structure that has the potential to raise it relative to its surround