Thanks Mark! I appreciate your kind words. The forms are stripped now, and I'm getting all the steel frame parts arranged to go up. More videos coming! Bye for now, Steve

Mmm . . . not a good day. That said, I know a way that 1.7 gpm can provide more than enough water for an entire house, even without being careful about reducing water use. It's called "the trickle system" and essentially draws all the water possible from the well, all the time the water is available, storing that water in a holding tank for distribution to the house as needed. Sounds impossible but it works. The math proves it, as well as my experience: 1.7 gallons per minute x 60 minutes = 102 gallons per hour; 102 gallons per hour x 24 hours = 2448 gallons. That's enough to supply more than 8 household using 300 gallons of water a day. I've got an online course on setting this up (and finding the necessary hardware), and you can see it here: baileylineroadlearning.com/p/water-well-course-1 I hope this helps, and thanks for watching my video! Bye for now, Steve

Good Morning! Unless the drywall is really bad, it's certainly worth trying what I show in this video. It's amazing how well even ratty drywall can be restored with careful plaster work. Changing drywall is quite disruptive, so anything you can do to avoid that will usually well worth it. And yes, the same approach applies to bathroom walls. I hope this helps. Bye for now, Steve

Hello Ian! That's a good question . . . In practice the epoxy filler is contained on the outside by soil. But if the crack is higher than soil level on the outside, where the foundation rises above the ground, you can apply some carbon fiber cloth or some of the epoxy paste to seal the gap. After this hardens, you can inject as usual from the inside. I hope this helps. Thanks for watching. Steve