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Bhavish Adwani, Amisha garg, Aehfaz Momin, Harsh Tripathi and Manu sharma
A device to help keep the water bodies clean using a Nylon Net, Weight Sensor, underwater Cameras and Sonar Technology with a end goal of turning the collected waste into small products like buttons
Economical:
Environmental:
Social:
The process of removing salts and other minerals away from salt-water to make it consumable for humans. It can be done through two ways, "membrane-based" and "thermal based." It is inspired from the natural process of evaporation and condensation to purify water and make it suitable.
- Currently 1% of the world's drinking water is desalinated.
- Kuwait currently consumes 100% desalinated water only.
- Desalination in the US costs up to $1100 for 1200 cubic meters of water.
- Saudi Arabia leads desalination of water, with 17% of the world's global desalination output.
- Middle-East produces the world's most desalinated water.
- Energy is the single largest expense of desalination plants.
- The Sydney Desalination Plant cost approx. $2 billion to build.
- Most of the world's water is saltwater, so desalination has much scope in addressing the world's water needs.
- By 2025, 14% of the world will experience water scarcity, so desalination will definitely become a major change factor.
- It can reduce pressure on endangered water habitats by covering water needs.
- Personally, desalination feels like a beneficial process.
- The ability to purify seawater can satisfy needs of millions of people.
- However, high costs could mean that it is rejected as a feasible idea.
- Nonetheless, I feel that desalination can be the best solution for the future given the current state of the planet's freshwater resources.
- Increasing use of renewable energy can help in reducing the energy cost that goes into running a desalination plant.
- Privatizing the venture can be a solution in some countries if it is tightly monitored and regulated.
- Global funding initiatives can be taken by developed countries and individuals to support such projects in less-developed countries where it is a necessity.
- High Cost: A desalination plant can cost a minimum of $390 million depending upon the location and can go up to $2.9 billion in building cost only.
- Desalination plants consume high amounts of energy to carry out the desalination process.
- Disposing the salt and other minerals from the process can change the level in the area and affect wildlife.
- Reverse Osmosis
- Saltwater is first treated to remove large particles.
- Then under high temperature and pressure, the salt and smaller minerals are removed from the water by passing it through a membrane and sent back to the sea.
- Finally, the remaining water is treated to make bring it to the level it can be drunk.
- The process requires high energy to complete the treatment.
It is a handy-technology which allows the drinker to drink water from any source. The technology works by passing the water through an extremely fine medium which traps dirt and bacteria within its pores producing clean and drinkable water.
The product has taken lots of precaution before presenting it to the world for commercial use. I believe that this product has multiple uses other than being a just a survival tool kit item.
Also it is not much costly, and easily accessible to the public. Which is why i believe that this handy small-scale technology can bring a lot of change in the process of water sanitation.
Poor infrastructure is devastating to health and the economy. It wastes resources, adds costs, diminishes the quality of life, and allows preventable water-borne diseases to spread among vulnerable populations, especially children.improving the water drainage system in these areas, we can prevent water scarcity from becoming any worse
The best-case scenario is that when the cities implement this solution, they get the best outcome which is problem of water shortage and clean water will no longer exist and they won’t have to depend on other parts of the world for their clean water supply.
My Feeling is that this plan will work because many of the major cities, like Kolkata and Hyderabad, are already implementing this idea.
Separating rainwater from the sewer system – To improve water management and protect the sewer system from damage, cities are beginning to revamp their underground pipe and drainage systems – by separating rainwater from the sewer system. The separation enables the waste water treatment plant to function properly, without it being overburdened by large quantities of storm water.
This hat is used to see if the other hats are being used correctly and therefore my solution won't pass through this hat.
Turning air into drinkable water
WaterSeer , is a wind powered device that can be installed anywhere.
It can produce 11 gallons clean drinking water per day using air. This device absorbs the moisture from the air ,condensing it into water by using the temperature difference between the above turbine and the collection chamber installed underground.
Collects up to 11 gallons of clean water everyday
No external power supply or chemicals required
Can provide enough water to support a small village
Condenses pure water from the air with no costly chemicals or maintenance
Helps people to get clean water right where they live
Its is green , sustainable , easily developed and scalable for any community
Simplicity , efficiency and relatively low cost cost hold a promise for solving the global crisis
Provide water to entire community
People don't have to walk long miles everyday to collect daily water supply
Also aims to treat water through distillation process
Subterranean part is cooled by the surrounding soil causing warm air
Exacts water from air
Simply rely condensation process to collect clean water
from atmosphere
Works without any power source , without generating any sort of pollution to environment impact
According to Indiegogo page , the device is a low -tech,
cheap atmospheric water condenser that create pure water from the air without any chemicals
It is six feet into the ground, and its water chamber is cooled by the surrounding soil
Bhavish - Introduction and NetWorth
Aehfaz- Desalinisation
Manu- Personal Filter Straws
Amisha garg: Water Seer& Introduction