In the race to find solutions to critical water issues, the launch of a new cost-effective water quality sensor device by Beacon Institute for Rivers and Estuaries|Clarkson University is the first step in overcoming hurdles of historically prohibitive costs for long-term water resource monitoring.
The installation of the Institute’s newest generation of River and Estuary Observatory Network (REON II) sensor arrays signifies the passing of the baton from the science lab to the river as they run ahead, complementing government capacity to invest in “wiring” the river for cleaner water.
The REON II device or “Sonde,” deployed on the banks of the Hudson River in New Hamburg, N.Y., is providing real-time data called for by scientists to better understand the complex relationship between humans, the built environment and our fragile waterways.
It is one of 37 sensor stations currently in place in the Hudson and St. Lawrence river watersheds, making REON one of the world’s most robust resources of real-time data. The goal of the REON research team to develop affordable, scalable, low-profile sensor networks and its potential for making water sensor technology universal, could be transformational to the field of environmental science.
CEF FFT: The more up-to-date and accurate the data we can collect on the water quality of rivers and estuaries, the more we can become aware of the impact our civilization has on these precious sources of life.
To read more and watch a video, visit the source link here.
Combining Quebec’s expertise in hydroelectricity, aluminum and renewable energy, Idénergie has successfully developed the first solution to easily generate electricity from the natural flow of a river. This innovation will allow people to generate electricity from nearby rivers, 24 hours a day.
Idénergie’s river turbine has an embedded smart converter that allows the conversion of the energy harnessed from the water current into electricity. The built-in smart converter includes many additional features including a self-starting turbine, continuous power optimization, remote monitoring capabilities, an emergency brake and many more to come.
Mostly made of noble metals such as aluminium and other environmentally friendly components, the turbine is the greenest amongst all available renewable energy products. These material do not react to the environment and are easily recyclable ensuring a substantial end of life value. In addition, the river turbine does not require a permanent structure reducing its impact on aquatic fauna.
By taking into account numerous studies estimating the interactions of the turbines with the ecosystems, Idénergie designed its product in order for it to have minimal impact on the aquatic fauna and its housing environment. Studies carried out by the Alden laboratories, an american entity, have proven that the Darrieus Turbines, used by Idenergie, represent no harm to the river’s ecosystem. In fact, extracting energy from a fluid tend to slow it down, resulting in faster velocity on the side of the turbine thus floating objects and debris, as well as fish, tend to naturally avoid the turbine resulting in 98% survival rate.
A society based on a green economy is Idénergie’s dream. Fully aware of the need to adapt to the threat of climate change, they aim to make a positive difference by encouraging every individual, homeowner or community to use renewable energy and become energy-independent.
Check out their website http://idenergie.ca/en/ to see how this renewable-energy hardware is accessible and discover how yes, it can be done.
We Love Animals make a fascinating point that wolves (in this case Yellowstone National Park) help to contain the dispersion of water in rivers by regulating the population of deer and other familiar prey which feed on vegetation. In the headlines to their video they prime you that 14 wolves were released in a park within Yellowstone in 1995 and were able to see how their return and presence in their natural environment sparked the means for the land and rivers to stabilize. Check out this video to see how important they are in the whole trophic cascade of life on our amazing planet.
A hydro-magnetic system, the first of its kind, was made by the scientists at Omni Enviro and installed in the Sochi River near the Black Sea in western Russia. This system is a hydro-technical structure installed in the river and is described as “a running/flowing type” of magnetic water treatment plant.
Within a few hours of the hydro-magnetic system’s operation in the Sochi River, the scientists, as well as thousands of other people who had come to see this experiment, witnessed unique changes.
One change was that shoals of fish could be seen swimming from the direction of the sea towards the water that had flowed through the magnetic system. Because magnetic water coagulates particles floating in the water causing them to sink to the bottom, the water becomes much clearer with visibility improving markedly. Witnesses claim that there were so many fish in the river, it was impossible to see the bottom even though the depth of the river in that area is no more than 1.5 meters.
Widespread interest in the hydro-magnetic system in Sochi lead Omni Enviro to build a complex called a “Magnetic Quay” and located it on the banks of the river.
This complex includes a “Magnetic Coffee Shop”, and a gallery exhibiting magnetic devices. Company representatives are always available at “Magnetic Quay” to explain to tourists the everyday use of magnetic technologies. (OmniEnviro Source link: https://www.omnienviro.com/environment/rivers-lakes.php)
Check out their website for more research and video testimonials! Does this mean fish can swim in cleaner water? Are there any adverse effects in using this magnetic technology?
Like a knight coming back after retirement to slay another dragon Sir James Dyson has begun to fashion a river-cleaning barge modeled after his famous Dyson vacuum technology. He explains in an interview with Fast Company “The nets face upstream and skim the surface of the river for floating debris. The plastic waste is shredded on board and then different grades of plastic are separated by a huge cyclone–very similar to the way our cyclonic vacuums work.”
Around a year ago he was quoted saying his project “Recyclone” is still in development. One of his primary concerns was finding effective ways of preventing aquatic life from being sucked in along with the trash. Another question that arose was that of sorting larger trash like plastic bottles from smaller trash like plastic beads. In response, Dyson explains that his team is developing a system analogous to the Dyson Vacuum in the sense that it sorts trash from largest to smallest.
Here is a great article and interview inhabitat hosted with Sir James Dyson on his new invention in the works.