Ecomike
NAXJA# 2091
- Location
- MilkyWay Galaxy
I found this pdf file and web site on the Smack unit they refered to below. The Smake unit has free 17 page pdf with a parts list and how to build and design a fairly professional looking, professionaly designed unit, at least on initial inspection. He he is selling the parts kit for $170, and an assembled unit for $270 for those who do not want to run around finding parts etc, but for what it is worth he is using stainless steel light switch plates for the actual plates, cheap and easy to get.
http://smacksboosters.110mb.com/Smack.pdf
He also has some important safety features and warnings regarding using a one way check valve and second water container that he calls a bubbler, I would call it a scrubber, intended to make sure the KOH or NaOH electrolyte salts do not get into the engine. The bubbler and check valve are there to stop flash back explosions of the electrolysis cell should the engine ever backfire (like our XJs do when the MAP sensor vacuum line gets knocked loose, :scared
Personally I would not use the plastics, or glass, any of the these people are using. I would use schedule 80 Celcon brand CPVC, due the heat under the hood, and the internal heat generated by the cell. Celcon CPVC can handle 200 F continuous exposure. I would also think about using a pressure relief valve set for about 2 psi on the cell itself, should the bubbler and check valve fail to stop a flash back from a backfire.
lawsoncl,
Since most of these guys are using PVC housings, which can not handle much more than 140 F and from what I read today many of them are running about 150 F, I don't think they are introducing a lot of water, or steam from the generator, but they are introducing some for sure since the 150 F water is being sucked on at 5 to 20 inches of vacuum! The mason jar version might be able to run hotter. I read one guy that got his up to 200 F when he was experimenting with plate spacing, and he had a larger plate gap. The larger the plate gap the more heat generated.
I am still trying to get a handle on the problem many of these people are reporting with OBD-II vehicles. But it is difficult to figure out just what they are running into in some cases because of their poor documentation and poor understanding of various things, like terminolgy. The scam artists and all their Free energy, BS postings don't help either.
They are modifying the MAP and O2 sensor inputs to the ECU / PCMs to get around some kind of problem, but I can't tell for sure if they are doing the sensor mods to further improve mileage, or to get around some sensor issue that does not like the browns gas feed.
Perhaps it involves the MAF sensor seeing the browns gas flow on the newer vehicles and interpreting the browns gas as ambient air. Renix does not have the MAF sensor.
http://smacksboosters.110mb.com/Smack.pdf
He also has some important safety features and warnings regarding using a one way check valve and second water container that he calls a bubbler, I would call it a scrubber, intended to make sure the KOH or NaOH electrolyte salts do not get into the engine. The bubbler and check valve are there to stop flash back explosions of the electrolysis cell should the engine ever backfire (like our XJs do when the MAP sensor vacuum line gets knocked loose, :scared

Personally I would not use the plastics, or glass, any of the these people are using. I would use schedule 80 Celcon brand CPVC, due the heat under the hood, and the internal heat generated by the cell. Celcon CPVC can handle 200 F continuous exposure. I would also think about using a pressure relief valve set for about 2 psi on the cell itself, should the bubbler and check valve fail to stop a flash back from a backfire.
lawsoncl,
Since most of these guys are using PVC housings, which can not handle much more than 140 F and from what I read today many of them are running about 150 F, I don't think they are introducing a lot of water, or steam from the generator, but they are introducing some for sure since the 150 F water is being sucked on at 5 to 20 inches of vacuum! The mason jar version might be able to run hotter. I read one guy that got his up to 200 F when he was experimenting with plate spacing, and he had a larger plate gap. The larger the plate gap the more heat generated.
I am still trying to get a handle on the problem many of these people are reporting with OBD-II vehicles. But it is difficult to figure out just what they are running into in some cases because of their poor documentation and poor understanding of various things, like terminolgy. The scam artists and all their Free energy, BS postings don't help either.
They are modifying the MAP and O2 sensor inputs to the ECU / PCMs to get around some kind of problem, but I can't tell for sure if they are doing the sensor mods to further improve mileage, or to get around some sensor issue that does not like the browns gas feed.
Perhaps it involves the MAF sensor seeing the browns gas flow on the newer vehicles and interpreting the browns gas as ambient air. Renix does not have the MAF sensor.