Stockholm Junior Water Prize
The international Stockholm Junior Water Prize is a competition that encourages young people's interest in water and environment issues. Beginning in 1997, the award is given annually for an outstanding water project by a young person or a small group of young people at a ceremony held during the World Water Week in Stockholm. The international Stockholm Junior Prize winner receives a USD 5,000 scholarship and a blue crystal sculpture in the shape of a water droplet.
The finalists at the international Stockholm Junior Water Prize are the winners of their national contests. The national and international competitions are open to pre-university young people ages 15–20 who have conducted water-related projects on topics on environmental, scientific, social, or technological importance. The national competitions have helped students around the world become active in water issues.
In 2015, Perry Alagappan from United States received the prize for inventing a method that uses nanotechnology to remove electronic waste from water, the product of his research experiments with support from the members of the Barron Lab of Rice University, Houston, Texas.
In 2014, Hayley Todesco from Canada received the prize for inventing a method that uses sand filters to treat oil contaminated water and recover water for reuse.
In 2013, Naomi Estay and Omayra Toro from Chile received the prize for their work on how living organisms can help clean oil spills in extremely low temperatures.
In 2012, Luigi Marshall Cham, Jun Yong Nicholas Lim and Tian Ting Carrie-Anne Ng, Singapore, won the Stockholm Junior Water Prize for their research on how clay can be used in a low cost method to remove and recover pollutants from wastewater.
In 2011, Alison Bick, United States, won the Stockholm Junior Water Prize for developing a low-cost portable method to test water quality using a mobile phone.
In 2010, Alexandre Allard and Danny Luong, Canada, won the Stockholm Junior Water Prize for their research on readily available bacteria able to degrade polystyrene and decontaminate polystyrene-contaminated water.
In 2009, Ceren Burçak Dag, Turkey, won the Stockholm Junior Water Prize for developing a high tech solution that used PVDF, a smart material with piezoelectric properties, to transfer the kinetic energy of raindrops into electrical energy.
In 2008, Joyce Chai, United States, won the Stockholm Junior Water Prize for developing a novel technique to quantifying the potential toxicity of silver nanoparticles to the world's water sources and the environment, and in doing so repudiating the assertion that consumer products that contain nanosilver are more reliable and less environmentally hazardous than alternatives.
In 2007, Adriana Alcántara Ruiz, Dalia Graciela Díaz Gómez and Carlos Hernández Mejía, Mexico, won the Stockholm Junior Water Prize for their project on the elimination of Pb(II) from water via bio-adsorption using eggshell.
In 2006, Wang Hao, Xiao Yi and Weng Jie, China, won the Stockholm Junior Water Prize for their originality, ingenuity and tenacity in their use of low-cost, ecologically friendly technology to restore a polluted urban river channel.
In 2005, Pontso Moletsane, Motebele Moshodi and Sechaba Ramabenyane, South Africa, won the Stockholm Junior Water Prize for their revolutionary solution to minimize the need for water in small-scale irrigation. They developed a low-current electric soil humidity sensor which uses light detection to control water pipe valves and improve irrigation efficiency.
In 2004, Tsutomu Kawahira, Daisuke Sunakawa and Kaori Yamaguti, Japan, won the Stockholm Junior Water Prize for the development and application of an environmentally friendly organic fertiliser for the Miyako Island. The method is applicable to many places around the world.
In 2003, Claire Reid, South Africa, won the Stockholm Junior Water Prize for an innovative, practical, easily applicable technique for planting and successfully germinating seeds in water-scarce areas to improve rural and peri-urban livelihoods.
In 2002, Katherine Holt, United States, won the Stockholm Junior Water Prize for research that looked at how foreign species could be introduced to benefit the Chesapeake while preserving the Bay's native oyster species and meeting national environmental goals.
In 2001, Magnus Isacson, Johan Nilvebrant and Rasmus Öman, Sweden, won the Stockholm Junior Water Prize for their innovative and relevant research on the use of natural materials to remove metals in leachate from landfills.
In 2000, Ashley Mulroy, United States, won the Stockholm Junior Water Prize for a contemporary project that investigated how inefficient waste water treatment processes can lead not only to antibiotic contamination in American waterways, but also to progressive resistance among harmful bacteria to those same antibiotics that once controlled them.
In 1999, Rosa Lozano, Elisabeth Pozo and Rocío Ruiz, Spain, won the Stockholm Junior Water Prize for an innovative project that used sea urchins, starfish and sea cucumbers to measure the effectiveness of an EU beach protection program on Spain’s western Mediterranean coast.
In 1998, Robert Franke, Germany, won the Stockholm Junior Water Prize for his design of the Aquakat, a solar-powered, flow-through reactor for the treatment of industrial wastewaters.
In 1997, Stephen Tinnin, United States, won the first international Stockholm Junior Water Prize. Stephen investigated the correlation between the reproductive rate of sea urchins and water pollution.
In 1996, Maria Bergström, Katarina Evans, Anette Gustafsson and Elin Sieurin Sweden, won the Stockholm Junior Water Prize for their project proposing the establishment of a wetland area to reduce the outflow of nutrients into the Baltic Sea, and thereby also creating a recreational park for the enjoyment of the citizens in Nyköping municipality.
In 1995, Mattias Wiggberg, Sweden, won the very first Stockholm Junior Water Prize for his research of overfertilization and its effect on Lake Kvarnsjön in Södertälje municipality, as well as his proposed actions to mitigate the problems he found. The local government acted on his research.