October 1, 2013
Global Splash worked with the University of Michigan School of Engineering this summer to do research and development on its patented Quad BarrierTM filtration technology.
As a result of the testing and evaluation the final report concluded "Quad BarrierTM products are efficient at removing turbidity" and "provide filtering capabilities to under 5 microns. Read more. . .
September 23, 2013
Global Splash, Inc. has been selected to participate on the RecoveryPark team to implement and evaluate different green infrastructure techniques to capture rainwater and site runoff and reuse it for irrigation in the RecoveryPark's agriculture business incubator greenhouses. Read more. . .
May 15, 2012
Agribusiness and aquaculture depend on plateful supply of water to grow its crops and for its production processes. 41% of the surface waters of the continental United States flow through Louisiana yet farmers are forced to drill ever deeper wells to gain access to expensive, less plentiful groundwater. Louisiana ground water withdrawal in 2011 were more than double the amount withdrawn in 2005 touching off groundwater emergencies in some locations as aquifer levels dropped.
Global Splash worked with the University of Michigan School of Engineering this summer to do research and development on its patented Quad BarrierTM filtration technology.
As a result of the testing and evaluation the final report concluded "Quad BarrierTM products are efficient at removing turbidity" and "provide filtering capabilities to under 5 microns. Read more. . .
September 23, 2013
Global Splash, Inc. has been selected to participate on the RecoveryPark team to implement and evaluate different green infrastructure techniques to capture rainwater and site runoff and reuse it for irrigation in the RecoveryPark's agriculture business incubator greenhouses. Read more. . .
May 15, 2012
Agribusiness and aquaculture depend on plateful supply of water to grow its crops and for its production processes. 41% of the surface waters of the continental United States flow through Louisiana yet farmers are forced to drill ever deeper wells to gain access to expensive, less plentiful groundwater. Louisiana ground water withdrawal in 2011 were more than double the amount withdrawn in 2005 touching off groundwater emergencies in some locations as aquifer levels dropped.