Post by bhushraislam145 on Mar 8, 2024 23:27:51 GMT -5
Implementation of technology or innovative techniques to avoid problems of shortages or abundance of the liquid.
Below we present 8 constructions that are designed so that water is not a problem, and on the contrary, can be used in favor of the constructions and the users:
1.- Bullitt Center, Seattle, Washington. This commercial office building has solar panels on the roof to generate energy; beneath the panels is a rainwater collection system that transports the liquid to the basement through a network of filters to become drinking water.Additionally, it has compost toilets that use just two tablespoons of water per use and that from sinks and showers is filtered through a man-made wetland before returning to the earth to maintain the local aquifer.
2.- Rubens Living Wall, Victoria, London. This wall, in addition to the benefits of a green space, is designed to reduce flooding in the city; The wall contains more than 10 thousand herbaceous plants. The design helps capture rainwater in storage tanks which then filter into the wall to give life to plants.
3.- SAHMRI Building, Adelaide. The South Australian Europe Cell Phone Number List Health and Medical Research Institute has an energy efficiency model and the toilets use rainwater and reuse processed water, instead of drinking water through an intelligent system, which provides real-time information about the energy and water consumption.
4.- OS House, Racine, Wisconsin. Not only large buildings can have innovative systems. This house captures rainwater and two thirds of what is collected goes to a groundwater percolation area; The rest is stored in large rain barrels that are used to maintain the garden.
5.- The edge, Amsterdam, Holdanda. This building was rated by BREEAM as the most sustainable building in the world with a rating of 98.36%. It has passive temperature control, a technological model of energy efficiency and collection of rainwater that is stored beneath the building and used in toilets and to water the plants in the gardens that surround it.
6.- Skygarden, Seoul. Rotterdam architects transformed an abandoned road in the middle of the city with a green space filled with trees, bushes and flowers the size of three football fields. This project replaces impermeable surfaces with green areas that address excess water.
7.- Bioswales, New York. Bioswales are small gardens in strategic places in the big city, which allow rainwater to be absorbed by the ground and not cause flooding and road chaos. They also generate oxygen and reduce pollution.
8.- Masdar City, United Arab Emirates. This complex was built to demonstrate that cities can be sustainable, even in the harshest climates. They replaced the faucets with sensors, reducing water use by.
Below we present 8 constructions that are designed so that water is not a problem, and on the contrary, can be used in favor of the constructions and the users:
1.- Bullitt Center, Seattle, Washington. This commercial office building has solar panels on the roof to generate energy; beneath the panels is a rainwater collection system that transports the liquid to the basement through a network of filters to become drinking water.Additionally, it has compost toilets that use just two tablespoons of water per use and that from sinks and showers is filtered through a man-made wetland before returning to the earth to maintain the local aquifer.
2.- Rubens Living Wall, Victoria, London. This wall, in addition to the benefits of a green space, is designed to reduce flooding in the city; The wall contains more than 10 thousand herbaceous plants. The design helps capture rainwater in storage tanks which then filter into the wall to give life to plants.
3.- SAHMRI Building, Adelaide. The South Australian Europe Cell Phone Number List Health and Medical Research Institute has an energy efficiency model and the toilets use rainwater and reuse processed water, instead of drinking water through an intelligent system, which provides real-time information about the energy and water consumption.
4.- OS House, Racine, Wisconsin. Not only large buildings can have innovative systems. This house captures rainwater and two thirds of what is collected goes to a groundwater percolation area; The rest is stored in large rain barrels that are used to maintain the garden.
5.- The edge, Amsterdam, Holdanda. This building was rated by BREEAM as the most sustainable building in the world with a rating of 98.36%. It has passive temperature control, a technological model of energy efficiency and collection of rainwater that is stored beneath the building and used in toilets and to water the plants in the gardens that surround it.
6.- Skygarden, Seoul. Rotterdam architects transformed an abandoned road in the middle of the city with a green space filled with trees, bushes and flowers the size of three football fields. This project replaces impermeable surfaces with green areas that address excess water.
7.- Bioswales, New York. Bioswales are small gardens in strategic places in the big city, which allow rainwater to be absorbed by the ground and not cause flooding and road chaos. They also generate oxygen and reduce pollution.
8.- Masdar City, United Arab Emirates. This complex was built to demonstrate that cities can be sustainable, even in the harshest climates. They replaced the faucets with sensors, reducing water use by.