cfherrman
TFP Guide
1 CCF (therm) of natural gas costs me around $.40, and 1 kWh of electricity is $.11.How much is your gas a therm?
Very impressive. Do you keep a solar cover on the pool when not in use?1 CCF (therm) of natural gas costs me around $.40, and 1 kWh of electricity is $.11.
Very impressive. Do you keep a solar cover on the pool when not in use?
Just wanted to say I came across your video on YouTube while I was searching for info on doing the same for my pool. I then log into TFP and come across your post! Thank you for all your info and we'll thought out process! Your video made me decide to go with natural gas instead of the propane version. I myself am a fellow unconventional thinker. My nickname at work is MacGyver. Thanks for keeping up with the updates .
Did you have to change the orifices?Moved from here.
I'm doing the same thing with my 8,000 gallon pool I'm putting up. I ran my natural gas line outside and bought an $80 3.2 gal/min tankless water heater. Should be a fun experiment regardless of whether or not it works. This heater has given me a 38 degree rise at 3 gal/min in my tests, so it can theoretically raise the water 15 degrees in a day. This project also caused me to run a line to my propane grill. I've wanted to convert it to natural gas for a while now and can happily report that it works better than ever!
Stew. Great idea with the tankless water heater. Is the unit still holding up? Did you have to replace it yet?Thanks, MacGyver! With a nickname like that, I'm sure we'd get along! Keep on thinking outside the box! Do you have your heater up and running yet?
I simply drilled out the existing orifices a little bigger.Did you have to change the orifices?
It worked flawlessly the first 2 years. I'll know if it's still good in about a month or so.Stew. Great idea with the tankless water heater. Is the unit still holding up? Did you have to replace it yet?
Wow, did they say " pick it up at this address between these days and bring wire cutters and a hack saw "Thought I'd update that the heater fired right up this year, but I decided to swap it out for a bigger one. I found a new Rheem RTG-64XLN 150k BTU heater locally for $100 and had to buy it. The prospect of heating the water 2+ degrees per hour was too tempting.
You've got the infrastructure there already ... might as well run them in parallel!Thought I'd update that the heater fired right up this year, but I decided to swap it out for a bigger one. I found a new Rheem RTG-64XLN 150k BTU heater locally for $100 and had to buy it. The prospect of heating the water 2+ degrees per hour was too tempting.
No cutting necessary! Even included the manual!Wow, did they say " pick it up at this address between these days and bring wire cutters and a hack saw "![]()
LOL, I think I've got my gas line maxed out with the one.You've got the infrastructure there already ... might as well run them in parallel!
Serious question: what is the worst that can happen if you add them in parallel and go beyond the max allowed by the line? CO generation is unlikely if there is low fuel pressure. Heat output might not be the sum of both heaters but it will max out at some point. I am not suggesting you go against local code, let's be clear about it, but... what is the intent of the code in this case?LOL, I think I've got my gas line maxed out with the one.
I'd be the last guy to ask about code. For me it's simply the risk/reward associated with the added complexity of 2 heaters and the fact that the new heater puts out 250% of the energy of the old one.Serious question: what is the worst that can happen if you add them in parallel and go beyond the max allowed by the line? CO generation is unlikely if there is low fuel pressure. Heat output might not be the sum of both heaters but it will max out at some point. I am not suggesting you go against local code, let's be clear about it, but... what is the intent of the code in this case?