it reaches the beaches, so we re talking about treatment at the well site and treatment at the marshes. mike: thank you very much. joining us from new orleans, eco sphere. john, you ve seen a lot of different possible solutions today. your professional in this field. evaluate for me, tell me, should we be turning these types of processes loose? oh, i don t think there s any doubt. the last one we talked about, the ozonics process, is a technique that s been used for a year and a half. it s a company in florida and i m a little prejudiced there. i m more retainer to them. i ve been beating up on them for a year and a half, move them away from taking water and putting it on the ground, to reutilizing, recycling water, but the technique, the other techniques we ve had shows the ingenuity, the innovation, makes you proud to be an american. mike: well, i think that s what we want to make sure everybody gets out of this show today. there are a lot of ideas. the best idea of all is that
as we get the word from bp. basically, it s a highly advanced oxidation reactor, the black tubes you see behind me are reactors and with those, we can progress over a million gallons of oil water mix a day just the way we are in your home state in arkansas and oklahoma on natural gas wells in oil shale areas. so, this is a tested method. it doesn t use chemicals, primarily oxidation process? yes, governor, this is an oxidation process in which we use ultra sonic cavitation, we break down the hydrocarbons and remove them and remove the chemicals, it s a completely chemical-free process well proven. done over 130 well sites in oklahoma and arkansas and not only do we have that treatment process, but in the unit behind me we also have an oil water separator with a 2000 g-force unit that can also recover 50,000 gallons of oil
huckabee click on the huckabee report and listen to what you ve been missing on past editions and let me remind you of something, if you ve maybe been down on the gulf coast and there are a lot of people say i m going to cancel my vacation, don t, there s a small piece of it that s actually been affected awn and one of the things our guests wanted to emphasize, most the beaches across florida are open, not a bit of problem in that water. so, call. in fact, maybe a great time to go because a lot of people canceled and finally get a room and get some good deals, so, please don t just cancel it out. have you ever worked on your car engine and then ended up with hands that were full of grease and impossible to get out. my next guest says he has the stuff not just to scrub are hands clean and might keen up the gulf, too. welcome joe gross. glad to be here. mike: one of the issues dealing with the birds and the
and our standard size is a square foot and a square foot of this mat will absorb a quarter of oil in less than two minutes, you wring it out sell the wringer with it and wring it out and recover 200 quarters of oil, which is 50 gallons, with the same product. recover the oil. recover. and actually use the oil. get the oil back, this doesn t pick up 1% water. good grief, look at that. [applause]. wow. and there s nothing in there, but hair. nothing in there, but hair, we have a floattation device, a thin piece of polypropylenpol. it picked up virtually it runs through a wringer and get 90% of the oil out of it and 200 times, recovered 50 gallons of oil. this same piece of hair you could use 200 different times. 200 different times, get a quarter of oil out every time.
a day. it s an industrial application and we re here ready to be deployed and team from stuart, florida is here with me and we re waiting for the word. mike: so charles, you say bp is talking to you. are they turning you loose to go or still looking at it? well, we re, we re partnered with mid gulf recovery and under contract to provide a lot of infrastructure and support to bp and discussing with them now how we can join in that effort and go out and treat the oil and treat the water and we can do this both at the well site and at the marshlands. by putting highly oxygenated water down the pipe at the well site with millions of nano bubbles, those bubbles will have lots of buoyancy, they ll adhere to the oil and rather than having the oil disspers throughout the water column as it is with the disspers sants now, that water would rise in a cone in an area that s controlled and treat it in the surface before