Deep well drilling in the desert near Joshua Tree (part 1)
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View part 2 here: • Well drilling near Jos...
Let's learn about drilling a deep, DEEP water well, through mostly granite, in the middle of the desert in Southern California, near Joshua Tree.
Not a sponsored video, but the actual work (and high quality work, at that) was done by North American Drilling.
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Not the usual review you see on my channel, but some cool stuff to learn none-the-less. What do y'all think?
How much did end up costing?
How did you pick the spot to drill ?
@@jimsjacob he replied and said his options were limited . I was wondering in they used ground based radar or some modern technology to find the best spot to drill ? I guess not .
@@ryanlangford2333 Probably $25K - $30K.
@@ryanlangford2333 a big splash
Thank you for explaining those steps for us. It is more complicated than I thought.
Thanks for the video. Memories!! I grew up on a cattle and sheep ranch near Piñon New Mexico. My grandfather and mother homesteaded 1-section of land around 1910-/+ 5 years (we haven’t found the records). Anyway we had 3 water wells on the ranch they grew to about 10,000 acres in th 1960’s. Both of my grandparents were born in the 1880’s/90’s and my dad was born in 1939, he was their only child. Anyway I came along in the 60’s. The area got a lot more rain than your land but with changing weather patterns, rain water was insufficient by 1950. So we drilled 3 wells at 1000+ feet. The water was amazing except for our property below the edge of the Sacramento. It was a yellow cake (sulfur) well. The water smelt like rotten eggs. Our cattle loved it, but I hated it.
my grand pa did 500 acres in Wyoming in 1921 his friend left gave him 500 more acres but the acres is desolate still open land there now, they found oil hundred miles away
Wow, memories indeed! No sulfur smell here but lots of other stuff that shows up in my water rest video coming soon. Really enjoyed your story though. Thanks for sharing it.
Bret Thanks for the share! Great history
This is the best video on the drilling process I've ever seen. Thank you
Wow, thanks! Much appreciate hearing that.
Firstly appreciate your efforts to bring these experimental videos.
Glad you like them!
TX for sharing, Hope u had your purpose fulfilled after drilling! I was expecting the oild drilling and came here,lol.
Great video thank you very much, always interesting to see professionals doing what they do, including the way you made this video. Play through.
Thanks! And I agree... Was a real treat to watch those guys do what they do.
Great video thank you very much, always interesting to see professionals doing what they do
Agreed, and thanks for watching!
IR THE BEST DRILLING RIG AND COMPRESSOR
Good job. Pretty much the same process is used to drill 20000 foot wells and deeper. Different equipment, fluids, pumps, etc. But the basic process is the same. They were using an “Air Hammer”, with compressed air, some water, an a commercial soap to make the foam. I’ve dried many wells to 10000’ or more in Pennsylvania using this process. You did a great job explaining for the novice. 😊
Thanks! Really appreciate the comment. And thx for watching.
Jim 20,000ft is more than 6,000m. 6km. What reason for so deep? 2. Can air blow out the chips from that depth? Or did you have foam assistance? Thanks. RSA.
@@antonhuman8446 air is only good to about 12000 ft. 20000 ft vertically is not uncommon with fluid mud. A lot of wells go horizontal at some depth and can go 30000 ft overall length.
Thanks! @@jimjackson1087
I believed I saw this water drilling operations a few years ago while driving along I-10 to Los Angeles. I'm impressed as well how the crew work as if they knew every steps of the drilling process. Thank you for uploading, very informative!
Glad you enjoyed it!
Great video. Beautiful desert too. Thanks
My father and the neighbor bought a well rig and drill pump and the three of us drilled our well set the casing and blew it clean 24” X 300’ we drilled five wells for four properties in the San Joaquin Valley.
I watch the drilling of wells.. There will come a day when we need that
Thank you. I analyzed water samples from monitoring wells. On ocassion, I went out with our drilling crew. Thanks again for sharing the video.
Glad you enjoyed it!
Top casing is called surface casing. In the oil field they drill down past the freshwater, then push cement down the casing and up the sides to seal the surface water from the oil and gas formation. Then they start with a smaller diameter casing.
Interesting! Definitely different here with water, at least in this geology. Thx for sharing....
Different
Spent many hours welding surface casing. It was muddy and nasty in those cellars, but it paid good
Being an 85 year old lifetime driller i appreciate video's like this,. OH the fork is actually called a breakout wrench, I lost a little finger to one like that :)
Oh man sorry to hear that! Thanks for the vernacular though!
looking forward to your next video, thanks
Thanks! Gotta get my butt in gear and put it together 🤦
Great job on video and narration! I am a retired drilling contractor of 42 years, My wife and I owned a very similar rig to this one and these are really amazing machines. Great job on putting this together and posting.
Glad you enjoyed it!
I love the all new names you gave all of that equipment.....yep, you over-thought this one.
Yeah, clearly out of my depth here but I still hope and think it's interesting and useful to people not familiar with any of it!
@@LetsOverthinkThis Sorry if I sounded a smart ass there, many years in the drilling game and some descriptions make me cringe a bit, glad you got your water though. HNY for 2023.
Well we're all here to learn (I assume) so if you feel like it, mind correcting some of the descriptors for us all? Much appreciated!
@@LetsOverthinkThis a lot of the tools are custom made and there names are made up most of the time IV been to pump convention but most of the stuff made by a machine shop 🛠️💯👍✌️🍻💦
thanks for this super informative video, glad you like their service. we have parcels not too far away and might eventually need them/
Ohh glad I could help and definitely would recommend. Good luck to you!
Great easy to follow video.
Air rotary. I used to drill water wells, with that method. But also used CABLE TOOL rigs. Here in the Canterbury plains, with gravel/ sands, we have to use a casing ALL the way. Some wells 150 - 200 mts deep. Than screen dropped in, and casing jacked back to expose the screen allows the water in. Will add, cable tool also used for TEST DRILLING bridge piles and under buildings, to see what piles are needed. Welded casing, so each weld had to be done properly. 3 runs on each. Root run, bottom run, 3rd run to finish. Cheers to all.
Oh wow, very different technique for what I assume are very different ground conditions. Thanks for sharing that!
Fascinating video, thanks for sharing.
Thx for watching!
Excellent narration. Very educational. Loved the video. Thank you!
Really glad you enjoyed it!
How exciting is this deep drilling technology!
I find it very exciting! ;)
I live about 15 miles north of JT near the Marine Base on 2.5 acres... fortunately we have water from the JTWD but I always wondered about the cost of putting in a well. Thanks for the very informative video 🤗
Glad you enjoyed it!
Great job brother
Educational plus fun to watch ! 👍
Thanks for watching!
In Ireland there are many drilled wells we have one too . Made in the same way . But we have a special insert on the bottom bit of the sleeve to make a water proof connection in to the rock. Because in Ireland a lot off what I call dirty ground water could leak in the well and can contaminate your well .
Interesting! Here, they pour concrete between the 20' steel sleeve and the surrounding rock to make sure no contamination can seep in (plus the concrete pad that's required surrounding the steel sleeve at ground level).
That makes sense. Yall get more rain than Texas. If we got that much rain I would set up a rain water harvest system and skip the cost of the well.
Very cool. I’ve never seen this before. Always wondered how it was done. Great vid. Good job. Thanks.
Glad you enjoyed it!
Looks like a GEFCO 30 K. Mine had a thousand cfm screw compressor and 3x4 mud pimp. Sold out in 2017 to a friendly competitor. They just purchased a new 30k to comply with CA smog..my crew is still working with the new owner..Loved the work..never a dull moment😂
Awesome, thx for commenting!
Loved working on drill rigs and great satisfaction supplying people with water. Company is now in hands of third owner..I was second. First owner started in 1922 and I bought in in 1972 with a 71 Star cable tool. Ran Portadrill 10 TG and TKT before moving up to Gefco 30 K..new owners just purchased a new one to be smog compliant in Nothern CA. We're 102 years young..LOL
Fascinating recovery of water------!
I thought so!
Oh yea, These guys are really good at what they do. I’ve seen them in action.
Real pros. 👍
always wondered what goes into drilling boreholes
This man has successfully kept me engaged for a whole 11 minutes on a topic i didn't even need to know! Excellent narration. Simplified video footage And the crew of North America drilling is amazing! There is an end missing. Have you found water?
Thanks so so much for the compliments! And thanks for watching! As for the missing part, there's a part 2 😉
Reason for 7:47 When they finish drilling a rod out and pulled it back a couple of feet is to keep the head clear of the debris. Water is pump to make sure the drill head is clear and not clogged. If not doing that you can actually suck up fine rock or sand Into the head and clogging the water port/nozzles. When you add another rod on. If you clogged your drill head it will overhead. The drill head is actually called a hammer head or hammer bit
Thank you for adding clarity and color! Much appreciated 🙌
Referred to them as "downhole hammer with flat bottom bit" when working in the Arkoma Basin of Arkansas and Oklahoma and the process as "air-drilling" and when no water you are "dusting" and when you encounter some water, you may need to "mist" or "foam" the air to create a wall cake. I was a wellsite geologist in the 70s & 80s.
740' in Menifee, pump at 240' never an issue since for over 17yrs. drilled in 2006
Impressive work, and a really nice video presentation. I'm fascinated by the process.
Thanks and I was too!
VERY cool!! Great narrative!! I learned something.
Glad you enjoyed it!
Very interesting Video & thanks for sharing 👍
Wow awesome work in desert... Love from India
Thanks for watching and saying hi!
@@LetsOverthinkThis hello
I'm in the mountains and we have good water. The drillers hit water at about 80 feet but it's just surface water. The wells can be deep or shallow. My first well was at 240 feet. I had it re-drilled and they went close to 500 feet. My neighbor just drilled his well, 500 feet for 100 gallons a minute. I have watched them drill a few wells, not exciting but it is something to see.
Thanks for the comment. Which mountains are you referring to? And are you sure that's 100gpm?! That's an INSANELY high flow if true. 🤯
before exoect ti drill in the evening you need pray if where is the good water will come out. here in phillipines 4 days before the water will come out but it is non stop flowing and very vlear water. im pilipino watching here in phillipines.
Thank you for watching!
The carousel is nice. We use a rod truck and trip in and out 800-1200 ft of pipe for good water. Lol
Wating for second part
Posted! Sorry for the delay.
Good job
Ideally speaking, and just a suggestion, that retention wall & collection pit, would be lined with thick plastic sheeting. In such sandy soil, water, liquids, does go deeper down than clay, loamie soil. But cool vid, well done and informative.
Interesting! To be honest I wasn't trying to prevent reabsorption since it's all just water and ground up rock with a little bit of biodegradable foaming agent adding in but yours is definitely a cleaner approach! 👍
Cool video. Curious, did you install perforated well casing down to 600' as there is no defined aquifer, or only perforated pipe at the lower depths?
Thanks for watching! Still putting together the part 2 video but yeah, the perforated casing only was for the bottom ~100 feet (though I think the actual lowest 20 foot section or two are not perforated). and the rest of it was solid. The PVC well casing is 4" diameter but the hole is I think 6" so even without perforations, the water from higher strata will still be flowing down to the bottom to go through those perfs. That may not work in clay or other type materials, but since this is granite, even with cave-ins and such over time, I'm pretty sure water will still make its way down along the PVC to where there are perfs.
Hi, we'd like to supply you with tricone bits and PDC bits for water well drilling. www.srtdrillbit.com
@@LetsOverthinkThis - - Water recovery time is important. A pump located 10 feet below a water line may not get enough water to pump properly. Just commenting.
@@richardbowers3647 For sure and good point! My pump is sitting about 350 feet below the static water level so there's actually good water storage in the hole and it's nicely submerged. The well itself doesn't have a high production, so it's definitely possible to get that level down to the pump, but that's why the well pump will be feeding a 5000 gallon storage tank on the surface so I can control how much cycling that well pump does.
My dad had a hammer drill rig do are well in Blue Diamond NV outside of las vegas in the 70s and they lost the hammer bit at 680 feet and had to start over. And he witched it with coat hangers that well had good water tell we left it in 2013.
I drilled a well in Ireland I found loads of water at 100 feet but I went another hundred feet for column.i can Devine for water with copper rods
Curious, how do you know that works? I'm not saying it doesn't but have you ever done like an A/B test?
@@LetsOverthinkThis it doesn't work on anything less than very shallow surface water, I do electro-seismic groundwater surveying for a living its technology they use in the oil and gas industry to measure the depth of resistive liquids, I can tell you if there is a presence of water or not also at what depth it begins and ends also the yield youll have in gpm, accurate to a few feet.
The deeper the water, the more pure and filtered.
That's true in some ways but not so much for the naturally radioactive water you get super deep 😉
That’s so cool . Joshua Tree and San Bernardino County don’t allow us to do anything on our land , let alone dig for a well. Just putting up a 5ft fence was mission impossible and a few ticket violations .
Oh wow that's weird since at least where I am (also in San Bernardino)you actually HAVE to have water before you can even get a permit to build anything. Which makes sense but I wonder what they expect you to do for water? Anyway sorry to hear that. Thanks for watching and good luck to you!
isn't that the same county where Nestle pumped millions of gallons of spring water over the state allotment?
Iam driller in iraq . I work in south iraq.
A Sah la malikom my brother... How are things there, These days?
@@lifeisa.smalllesson4607 keep up the good work!
I like eggs
@@Trey4x4 indeed
Oil or water?
I know of places in Australia where bores go down nearly 1km . And water free flows at over 1m ltrs per day. Bores here now are capped, sealed & water is piped to tanks, troughs, homes, garden taps etc
Yeah, definitely not the deepest well out there. Jealous of that 1M ltr/day flow, but this is a desert and we were lucky to get water *at all*. :)
@@LetsOverthinkThis we have a great artesian basin here in Australia.. some bores only need to go down a couple of hundred mtrs others about 1 km . The pressure is natural not requiring water to be pumped to the surface , but to minimise evaporation , they must be capped, sealed , piped, water stored in tanks etc . On very isolated outback properties , Open drains were used yrs ago getting water to dams & isolated homes but evaporation rates were huge
Great job. Well done. Are you thinking of some sort of solar for the pump ?
Yes the whole property will be solar... We're off grid here. That said, the handful of 100w panels on my container nearby already handle the well pump easily.
For low water yield, install lower water level probes to protect the pump. Also a high water probe which will allow pump to start again. Mind you, a gate valve at the top of pump riser can be set to control the outlet, to allow a medium flow rate. Cheers, from Chch, New Zealand.
Hi Tony! You're right, though things are a little different with these new-fangled pumps. The pump itself has a water sensor in it so it doesn't run dry and I've tested it.... it just shows low water on the panel top-side and resumes when submerged again. Also, not being a traditional pump, you're not supposed to gate the output of it. I don't know how much that matters since it's already pushing against a potential 500 feet of head but none-the-less being a brushless digital drive, it can get confused by being gated. The pump will empty into a big holding tank and I will definitely have a float switch at the top to keep it from overflowing. And I will likely have another float under that one which triggers the pump to turn back on so the pump isn't cycling a lot as that top switch gets triggered on and off. IE the "band" will be wider and the water will have to fall maybe a foot in that big tank for the well pump to switch on (and then it will get to stay on for a while instead of going on and off). I also have something else up my sleeve: the pump has a very repeatable wattage curve that is dependent on the water depth which means I may build a little box that shuts off the well pump as the water gets low in the hole but BEFORE the pump actually senses it's dry, just to safeguard things. Thanks for watching and for your contribution here!
i think they need a few of those in ridgecrest where i have property.
Great video indeed, were can I aquire drilling course or training?
Thanks! I'm not a driller, so hopefully others can chime in. What I have seen is a lot of it being a family business with the nuances and variations taught over hundreds of wells drilled over the years. But that doesn't help anyone looking to get into it.....
That's cool
Saw a drill bit made with 5/8” carbide rounded end pieces in the 60’s.
Very interesting, thank you
I thought so too, and thx for watching!
I hope you used a good dowser with knowledge of water levels on the City wells in Yucca and Stumps to SITE the well. . What are they charging per foot drilled?
I didn't and I don't believe in it but I know people do and that's all good. 👍 I did use a well driller thats been doing this in this area for several generations. I think it was somewhere around 68/foot at the time.
@@LetsOverthinkThis The 3 city wells up in Yucca valley are @ 300 feet, as I recall. That is a great price for all the work needed!).
This would be a wise business to get started in, for any high-school aged kids out there.
Right? Gotta have water and it ain't getting easier to find. Thx for watching!
@@LetsOverthinkThis also a good reason to stay in school so you don't have to do this line of work. It not easy or fun it's hard on the body.
Seemed like a simple drilling. Ya, lots of rock but at least it's consistent ground. Drilled to 2,000 feet in Afghanistan and we were constantly pulling the drill rod out to change bits since the ground changed dramatically in such short distances.
Oh wow, yeah, I think the drilling was consistent. Must really add to the drilling time to keep having to pull all the rod out to change bits. Yikes.
I am driller from Afghanistan 🇦🇫
Had to subscribe based on the channel name
😉 🙌
Sabah Al-Nour, I am very happy to work with you. I have the ability to locate valleys and underground lights all over the world
I have help drill in California valley wasn't the funniest but the pay was good not to much water out there Los padra is a little bit better. I rather stay to the coast. I'm glad I stayed doing pump work and systems 💦🛠️👍✌️🍻💯
Interesting video but raises as many questions as it answers. When you drill to 1000 ft or even 2000 ft, it's important to determine the static water level because that's the depth to raise water. Ultimately the total capital cost is drilling, installing the pipe work (casing) and the pump and motor. The operational cost are then the power / fuel cost plus maintenance of pump and motor. Total costs can then determine an hourly cost against the volume pumped ( gal or L/hr), obviously the less lift height- the cheaper the water.
Agreed but I think you may be thinking agriculture-scale water pumping. This is a well for a single family home and the pump easily pumps with about 600 watts to provide around 6gpm from the hole. The static water level is around 190 which honestly isn't bad at all considering...
Things like how you found water in this spot in the desert ? Then the cost ..that would be interesting too. The slush is Drillers Mud. I’ve drilled six wells in Baja California and enjoyed the discovery of water each time. None of the wells were dug using equipment anywhere near as nice and modern as this.
Thanks for watching and yeah, sorry I missed those aspects! I did answer many times in the comments since, but to summarize: Cost was around $60k for what you see here and as for the spot, I bought the land knowing it was likely (but not certain) that water could be found there based on neighbor's wells, etc. I don't believe in dowsing rods (though anyone is free to!) especially at this depth, so we picked the spot that made the most sense for my site plan: most spots on the property would have been more of a pain in the future in terms of trenching and such. The drilling company just bought the rig here after practically running their old rig into the ground over the previous few decades so I, too, was impressed by how clean and new it was :) Anyways, thanks for the comment!
@Let's Overthink This the rods definitely work but not for locating a well, they do work for finding shallow water, water lines and wires
@@markwilliams4525 no
@@ronandingridjohnson1409 no what?
@@ronandingridjohnson1409 Yes
Cool video. You have to drill about 900 to 1000 feet here in the high desert of Arizona to hit water.
yeah I've heard that, and to be fair, I think some parts of the high desert I'm in also require that sort of depth. These things seem to be VERY location-specific. Thanks for commenting!
So, was it worth it? Did they it a good flow of water?
See part 2! Worth it for me for sure. Not great production compared to most wells but for the desert and my purposes, just fine! 👍
Surface casing 😊
How did you select that spot for drilling the well? Any rhyme or reason?
Lots of reason... Once the site plan was done for the buildings and infrastructure, etc, there was really only one or two places to have the well that wouldn't cause a real pain later with long trenched water runs or having to pump water uphill a lot, etc. But no rhyme or reason in terms of where the water is underground. That far down, through rock, everyone with any experience here said it was basically luck of the draw.
You can have a survey and geologist point out a spot but there also guessing LoL 💦🛠️👍✌️💯
Hey man do you know if anyone ever sent a GoPro or something into these oil pockets? Because it seems like an underground ocean is down there and I would love to see how it looks like and if anything lived down there
Thanks for the comment. You mentioned oil but to be clear, this was water drilling, not oil. Also there is not an underground ocean: we're just hitting little streams of water between layers of rock. Now that said, I have heard that sometimes while drilling, they do hit a big open pocket and that YES, they had even lowered a camera but in this case it was just a big open rock cavern. The only life you're going to find down here (if any) is microscopic....
You could of try to tap Primary water that is deep in the earth and unlimited under pressure, possibly not as deep as what you drilled for an aquifer. Primary water comes up thru vertical rock fissures that can be drilled into. Been doing it for a100 yrs. Search, Primary water.
I’m on my third well. I wish people would be more careful with the water.
Yeah. It's more precious than lots of people have been treating it...
How did you pick the spot to drill ?
Where it made sense for my project and build, etc. Very few options, actually that make sense in terms of not having to pump water up hill a lot or trench needlessly.
What's overall cost for yours well?
Probably 60ish but if you're going to use that as any estimate for your own purposes, don't. This process has an enormous range of costs depending on lots of factors.
Start at $100/ft and go from there. Ballpark figure.
My family was having machine like this 40 years ago
Yep, they've made drilling machines for a long time.
The bit is only the piece on the end....the thick round section on top of the bit are called collars..they add weight on top of the bit.
👍
The “large bit” you refer to is a down-the-hole hammer.
what method did you use to locate where the under ground Water was ? here we use 2 bent pieces of wire 1 held in each hand and then proceed to walk .
Short answer? I pointed to where I wanted the well as there were not any other places on the land it would make sense to have it in terms of the slope and proximity, lol. Longer answer, I do know people trust in dowsing sticks/rods like you described and there's obviously a big debate on whether it actually works. My *personal* belief, and I don't criticize people who use the method, is that if it does actually do anything and a person it capable of feeling a gravitational change due to holding some sticks in their hands, it is more believable that it works when you're sensing water like 50 or 100 feet down, like it is in some places. I don't personally believe even if it works then, that it is going to sense water >400 feet down through solid granite. A friend asked me "what have you got to lose" as they were an advocate of that method. But I had quite a bit to lose: If it told me to put the well anywhere else on my land other than where I waned it I then would have to choose whether I believed it enough to spend 10k more to put a well on my property in an inconvenient place. So I took a chance and just put the well where I wanted it. Anyway, that's the very long answer :)
@@LetsOverthinkThis It worked for me as well as my dad.
@@arizonapicker1836 I'm genuinely glad you found water but my point is if you live in a place where most people hit water, then you using this technique and finding water means not a lot. A test would be if somebody drilled in a place you didn't recommend them drilling and they didnt hit water. Know what I mean?
Is there local water there or well only? That sure is expensive to have your own water. I've read that CA land owners only get the mineral rights for the first 500 feet. Does that apply to water as well?
No utilities or services way out there... if there were, it would definitely be cheaper and easier to use 'em! :) I'm just putting a house there, so I don't know anything about the mineral rights and as for the water, it's a legal well (permitted and tagged by the county) from a permitted and licensed well driller so I don't think the 500 feet thing is actually true for the water. Or not in the case of a single residence which this is... Agricultural use may be very different, for good reason.
@@LetsOverthinkThis it depends on the county it can change from location to location
excited to see the drilling machine or more in the african continent or in the sahara desert to be exact
Lol, well you won't see either of those here.
You should have doused first with a mesquite limb. I tested it with my eyes closed. It really works. Some other water drilling companies said I couldn’t find water there. I did.
Glad you found water 👍
Did you use ground penetrating radar to choose your drill site to save money?
Nope... Never found any such technology that works with these ground conditions at this depth. Would love to learn more if you have a link to something real that does! Also as a side note, locating the well anywhere else on my property would have cost more money, all other things being equal, because of elevation changes and long trenching runs through rock, so for lack of any credible information to the contrary, I located it where it made the most sense 🤷
Did you try witching first? Also , how many water tables are in the ground where you are? Can that be determined?
I didn't try witching because I don't believe in it (though many people do!). And I could be more easily convinced that it works for water like 20 or 50 feet underground. I'm not convinced anyone can sense water hundreds of feet down through solid granite. I don't know how many water tables their are since around here you're just hitting water between layers of rock and I knew it was most likely I'd hit it around the same depth my neighbors' wells had. Thanks for watching!
@@LetsOverthinkThis Good points. I am a land investor and witching works 100% on all my properties' am not sure about the depths. thanks
@@angelofamillionyears4599 Curious is it common to drill and not hit water where you are? My point is, if you're in a place where people often hit water, how do you know witching works? (not trying to be an ass, but genuinely curious)
Amazing🥰🥰😍😛
Did they take any soil samples?
Not that I know of but for purposes of me building on the land and installing a septic system another guy came out to do soil samples, percolation tests, and create a while geological report that drives foundation design, etc.
Nice video. I have them drilling on my land in a couple of weeks for a home build. Full price is right, I need to go 600 feet too…
Thanks and good luck to you!
I am driller from India🇮🇳
Nice video. Too bad you don't have a part 2.
Indeed. Life has gotten in the way. Video half edited and still hoping to get it out!
Finally posted part 2!
How did you determined the location to drill?
We drilled in the only place that made sense on my land: every other spot would entail compromises and additional expenses in trenching water lines and such. I'm not aware of any tech that seems real that can actually detect water this deep, through rock. There is ground radar but it doesn't detect this deep (that I have seen at least) and while some believe in dousing rods and are free to use that, I don't personally believe in them. Hope that answers it!
good deep underground drilling for water # another alternate to get & store water is dam construction or large pool construction to accumulate rain water sufficient for 2-3 years #
Yes although not nearly enough rain here to be useful. But true in lots of other places!
It also not legal in California unfortunately 💦🛠️👍💯
That's pretty cool. How do you know there is water at that exact spot? And can you share what the total budget end up costing?
You actually don't know and you pay either way! 😬 That said, there are nearby wells so it was likely. Some people believe in those rods and such to sense it but I don't and even if I felt like you could sense water at like 50 feet, I don't believe you can hundreds and hundreds of feet through granite. It's very very expensive to do this and even more-so now with the price of pvc, fuel, and everything being so high. Let's just say it was over $40k.... But it's a little pointless to even give that number since it varies a lot depending on your location, the depth, etc.
Thank you.. very cool video and informative and if nothing else at least we know who can do it in Southern California with good reputation. Awesome
@@coin2456 Glad you enjoyed it! Was super fun to watch the process, and yeah, any time I encounter people who care about the work they do, I'm happy to share that with others. It's increasingly rare it seems....
@@jessesilver once again thank you.. it's something I'm looking To do soon.. so your video is gold to me.. keep up the good work.. 👍
@@LetsOverthinkThis i cant find part II, 3 whatever but i have to ask you. You did find water at the end ? or not
I hope you called 811 before you stared digging! 😆 🤣
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ok... so.. I am a geologist over in Arizona.. I have spent years walking around the desert.. I also look at satellite images and I have been for more than 30 years... you will find water along the cracks in the underlying rock... rivers and creeks and dry washes follow fault lines... all of them... that's what creates the topology of the land... they meander.. because the Planet is going round and round so water wants to flow downhill in a straight line, but the motion of the Planet creates curves and it bounces back and forth between the rocks... the water is actually flowing underground.. the sand and dust are porous... and those cracks where dry washes are is where you find water... if you look.. and find a place where the meander runs into a higher point of rock.. a cliff.. even a small one.. the area across the wash on the inside of the curve.. a fairly shallow well will give you water
vegetation is a good indicator for water... I look for saguaro here in the Sonoran desert... you are in the lowest region on Earth... below sea level... in some areas .. if I was looking... those ankle high bushes are a pretty good indication that you should look somewhere else 😉.. in the Joshua tree areas... that's what I would look for
Except the Joshua trees aren't in any clusters.. they're pretty evenly distributed on my land. Plus you can't drill near them even if they did indicate water ... Also sorry to say while I agree that the topography might indicate deep water flows, the vegetation around here won't. The water is hundreds of feet deep and the plants all have super super BROAD root networks, not deep ones, because they have to get as much water from the surface as they can. What did you mean when you said "you are in the lowest region on earth, below sea level"?
Que tipo de perforadora es y que otras herramientas se usan para detectar el agua ?
Lo siento, no sé el tipo de taladro. No detectamos agua antes de empezar. ¡No conozco ninguna tecnología que pueda sentir el agua a cientos de pies de profundidad a través del granito! Gracias por ver.