the robotics lab in bristol is 50,000 square foot hive of innovation filled with hundreds of differents they need power to run. over in the bio energy lab, scientists are working on one freely available re—source the world will never run out of, urine. each one of these cylinders is a microbial fuel cell device. it turns waste water into electricity using microbes. so the microbes eat the waste? they eat the waste. that's their favourite item on the menu. right, ok! i've been to that restaurant, yeah. in this unit, two litres of urine is fed into the fuel cell pack. the microbes eat what they need, creating electrons as a by—product. and because they're attached to an electrode surface, it is all collected to produce about 30—110 milliwatts of power. now, that's enough to slowly charge a smartphone, power smart displays or power internal lights for their special portable toilets. this is only one unit of many. when we do it out of the lab, we install these units out of the lab, we have many more of them connected together as a stack. if you're going to glastonbury this year, you might

the robotics lab in bristol is a 50,000 square feet high of innovation filled with hundreds of differentf robots but what nearly all have in common is they need power to run. over in the bioenergy lab, scientists are working on one freely available resource the world will never run out of. each one of the cylinders is a microbial device. it turns waste water territories to using microbes. the microbes eat the waste? they eat the waste. it is their favourite item on the menu. i've been to that restaurant. two litres of ten won is fed into the fuel cell pack of the microbes eat what they need, creating electrons asa what they need, creating electrons as a by—product. can they attach to an electrode surface it is collected to produce about 30—a0 milliwatts of power. that is not too slowly charge a smartphone, power smart displays oi’ a smartphone, power smart displays or power internal lights for the special portable toilets. this just special portable toilets. thisjust one special portable toilets. this just one unit of many. and we do it out of the lab, when we install these units out of

the robotics lab in bristol is a 50,000 square feet high of the innovation filled with hundreds of differentmon is they need power to run. over in the bioenergy lab scientists are working on one freely available resource the world will never run available resource the world will never run out of. you're in. each one of the cylinders is a microbial fuel cell device. it turns waste water into electricity using microbes. so the microbes eat the waste ? microbes. so the microbes eat the waste? they each the ways. that is their favourite item on waste? they each the ways. that is theirfavourite item on the menu. essentially. i have been to that restau ra nt, yea h. essentially. i have been to that restaurant, yeah. two litres of your lunar spread into the fuel cell power. the microbes eat what they need, creating electrons as a by—product. because they are attached to an electrode surface it is connected to the dues about 30 to 40 is connected to the dues about 30 to a0 minute watts of power. that is enough to slowly charge a smartphone or power internal lights for their special portable toilets.

the robotics lab in bristol is 50,000 square feet of innovation filled with hundreds of different typesn out of — urine. each one of these cylinders is a microbial fuel cell device. it turns waste water into electricity using microbes. so the microbes eat the waste? they eat the waste. that is their favourite item on the menu. right, 0k! i've been to that restaurant, yeah. in this unit, two litres of urine is fed into the fuel cell pack. the microbes eat what they need, creating electrons as a by—product. and because they are attached to an electrode's surface, it is all collected to produce about 30—a0 milliwatts of power. now that's enough to slowly charge a smartphone, power smart displays, or power internal lights for their special portable toilets. this is only one unit of many. when we do it out of the lab, we install these units out of the lab, we have many more of them connected together as a stack. if you are going to glastonbury this year, you might see these screens near the urinals. if you choose to use the urinals, you'll be part of an experiment which is literally putting