b'VISIONARY AWARD FORSUSTAINABLE PLANETThis award rewards an organisation who is making significant steps to bridge the gap betweenan unsustainable present and a more sustainable future.It includes innovations in fields of engineering, science and technology that demonstrate a significant contributionto sustainability or achieving a positive impact on current environmental issues and challenges.Hogen Systems LtdWater From Air: Hogen Atmospheric Water GenerationAtmospheric Water Generation (AWG) is the process of extracting water vapour from the ambient air and rendering it safe for drinking. This allows for potable water to be produced almost anywhere in the world without the need for piping or infrastructure and eliminates the need for single use plastic bottles to be shipped to location. AWG produces no waste products and can produce water from as little as 0.26kWh per litre. National University of Singapore, Ecoline SolarEnergy-efficent Solar-thermal Air Conditioners that Harness HeatThe team developed the next-generation of hybrid solar-thermal air conditioners, to reduce energy consumption and carbon footprint associated with cooling buildings. This game-changing air conditioning technology utilises a solar thermal collector (i.e. heat collector) comprising vacuum tubes filled with a novel medium specially designed and engineered to absorb more solar energy and ambient heat.MagwayMagway pipes delivering the future todayCombining tried tested technology and its own international patents, the vehicles fit in small-diameter pipes of only 0.9m with the small size lowering upfront capital investment and impact from a planning perspective. The vehicles are powered by linear motors, which are highly reliable as they contain no moving parts within the drivetrain and have low operating and maintenance costs. Vertical AerospaceVertical Aerospaces air taxi, enabling electric flight for everyoneVerticals innovation is in creating pioneering all-electric, vertical take-off and landing aircraft which can carry up to four passengers and one pilot, travelling speeds of up to 150mph at distances of 100 miles. The aircraft themselves work through battery powered electric motors and distributed propulsion and they will be certified to aerospace standards. Williams Advanced Engineering, Aerofoil EnergyF1 inspired technology helping to reduce CO2 emissions in UK supermarketsThis innovation is the deployment of aerofoil shelf edge technology (Aerofoils) onsupermarket cabinets shelves which draws the cold-air curtain back into the fridge, largely eliminating cold-air spill, without creating a barrier to shopping. Consequently, Aerofoils are shown to reduce energy consumption in the fridge by up to 25%, representing significant cost savings to retailers and a major reduction in their carbon footprint. eandt.theiet.org/innovation#eandtawards 29'