This means that no individual can sink a borewell. Instead, the community has 3 borewells and everybody equitably shares the water in the aquifer.
2. Each resident takes responsibility for recharge
Everyone collects #rainwater and puts it into the ground, to recharge the aquifer they are receiving and consuming water.
Each plot can dig a recharge well. What you now have is sustainability through demand management.
3. Fix water meters
When you put a price on water consumption, you make sure no family in the layout over-consumes. This way you ensure that water is equitably among all residents.
Pricing, demand management, understanding the hydrology and recharge and communitising the resource thus become crucial for a water-sensitive layout.
But it doesn’t just stop with water use. It can extend to #reuse too.
4. #Recycle the wastewater generated by the layout at decentralized wastewater treatment plants
This can then be reused for non-drinking purposes by all residents.
This way, understanding shallow aquifers, rainfall patterns, recharge rates and percolation makes designing an #urban layout a lot more sustainable.
• • •
Missing some Tweet in this thread? You can try to
force a refresh
Can you effectively manage wastewater in your locality?
Check out these snippets from the comic book “Neera, Jalaj and the Case of Untreated Waste”, that tell us how we can achieve sustainable #wastemanagement ...🧵
10-year-old Jalaj was curious about how efficiently waste can be used.
He kept thinking about the technology that helped #recycle and reuse it. Jalaj wondered how he could replicate the system in his own #environment.
First, Jalaj tackled the solid waste by building a toilet with a twin leach pit, with the help of his friends. A twin leach pit is a toilet that can manage faecal waste locally.