through this very large filter, and it takes all the microplastics out. and the waste water then goes into the normal drainage system, the mains, and then what it s done is process the way that normal water would be processed. the team partnered with the university of west of scotland to create a digital twin of their water consumption, and some of their findings are pretty interesting. so at the moment, acs utilises 5.5% of the roof area, which is about 1,000 litres of water per day. if it utilised the whole of the roof area, it would be able to collect around 18,000 litres per day. this would almost be sufficient not to utilise anything from external sources. the entire operation being self sufficient in terms of their water consumption is aspirational and,
by the computer in the laundry machine. that s actually hot water in there, and what it does is, it means that we don t have to heat it. and then the next one is for cold washes, and that water is the rainwater harvesting, which is actually, again, stored in a tank upstairs. so all the water collected for use on the laundry, it s not always clean if you re reusing it. how do you deal with that? you can see the waste pipe there, and the waste pipe goes through this very large filter, and it takes all the microplastics out. and the waste water then goes into the normal drainage system, the mains, and then what it s done is process the way that normal water would be processed. the team partnered with the university of west of scotland to create a digital twin of their water consumption, and some of their findings are pretty interesting. so at the moment, acs utilises 5.5% of the roof area, which is about 1,000
there s a tank in the floor above that s a hot tank, and that water is actually pumped in, activated by the computer in the laundry machine. that s actually hot water in there, and what it does is, it means that we don t have to heat it and then the next one is for cold washes, and that water is the rainwater harvesting, which is actually, again, stored in a tank upstairs. so all the water collected for use on the laundry, it s not always clean if you re reusing it. how do you deal with that? you can see the waste pipe there, and the waste pipe goes through this very large filter, and it takes all the microplastics out. and the waste water then goes into the normal drainage system, the mains, and then what it s done is process the way that normal water would be processed. the team partnered with the university of west of scotland to create a digital twin of their water consumption, and some of their findings are pretty interesting. so at the moment, acs utilises 5.5% of the roof area
starts. it activates the pump that pumps the water out the tank, brings it up and brings it in at that inlet there. the second pipe that you see is actually the reused water from the coolant system. there s a tank in the floor above that s a hot tank, and that water is actually pumped in, activated by the computer in the laundry machine. that s actually hot water in there, and what it does is, it means that we don t have to heat it. and then the next one is for cold washes, and that water is the rainwater harvesting, which is actually, again, stored in a tank upstairs. so all the water collected for use on the laundry, it s not always clean if you re reusing it. how do you deal with that? you can see the waste pipe there, and the waste pipe goes through this very large filter, and it takes all the microplastics out. and the waste water then goes into the normal drainage system, the mains, and then what it s done is process the way that normal water
there s a tank in the floor above that s a hot tank, and that water is actually pumped in, activated by the computer in the laundry machine. that s actually hot water in there, and what it does is, it means that we don t have to heat it. and then the next one is for cold washes, and that water is the rainwater harvesting, which is actually, again, stored in a tank upstairs. so all the water collected for use on the laundry, it s not always clean if you re reusing it. how do you deal with that? you can see the waste pipe there, and the waste pipe goes through this very large filter, and it takes all the microplastics out. and the waste water then goes into the normal drainage system, the mains, and then what it s done is process the way that normal water would be processed. the team partnered with the university of west of scotland to create a digital twin of their water consumption, and some of their findings are pretty interesting.