One satsuma shipped from Spain to me here in southern Sweden. How much water is it in a satsuma? Not much as you can see. But how much water is needed to farm this satsuma is what we call the virtual water footprint. That's about 20 times as much as you see here. That water is then together with the satsuma shipped all the way to Sweden and that is what we call the virtual water trade. The global virtual water trade equals 1.8 trillion cubic meters annually. That corresponds to having the Niagara Falls flowing continuously for 24 years. That's a severe problem when you are taking water out of water scarce areas and bringing it all the way here taking away water from the local ecosystem. That can be solved for instance by squeezing the satsuma where it's farmed concentrating it, taking away water keeping the water in the local ecosystem and then just shipping the concentrate. That reduces the water load on that water scarce area. These systems of concentration that is something that Alfa Laval is supporting with for instance, for satsumas. We can also do it for coconut water or even for beer. We are taking out water from the beer at the local production site and just shipping the concentrate. Water scarcity is spreading globally. Reducing the virtual water trade will help keep the water the local ecosystem, where it should be.