I just discovered your Series of Rock descriptions. I'm not a geologist or interested in knowing everything about geology, however I discovered a location that I believe is an extinct volcano with a recent vent to on one of the ridges of this horseshoe complex. the side of the complex I'm working on I believe is a ridge between two small mountains or large Hills made up of Ash, basalt, and hotsprings material. there are many many many other minerals going on here that I'm trying to learn about. from everything I've seen to this point over the last couple months I believe that there is large amounts of value at around 1200 to 1400 feet in this kind of a complex. That would include gemstones along with gold, silver, copper and Palladium group. I'm enjoying your series and I appreciate it very much. Thank you.
Longyi patented built-in 3 classifiers dry grinding machines already put into mass production. For limestone/dolomite/calcite The whole grinding system power is around 370Kw A.D97=4.8um (≦2um: 73.5%) Output: 1000kg/h Energy Consumption: 296Kw/Ton B.D97=6.3um (≦2um: 64%) Output: 1500kg/h Energy Consumption: 197.3Kw/Ton C.D97=7.1um (≦2um: 57%) Output: 1900kg/h Energy Consumption: 155.8Kw/Ton For Talc powder, Longyi powder grinding mill power is 250Kw, the real working power is around 200~225Kw, including classifying system. A. D90=10.5~10.7um output: 4 tons/hour B. D90=9.8~11um output: 3 tons/hour It is suitable for processing nonmetallic minerals such as calcium carbonate, caco3, calcite, Kaolin, clay, barite, talc, gypsum, limestone, calcium oxide, bentonite, dolomite etc. Samuel MP/Wechat/whatsapp: +8615105956429
Love the videos! I recognize Colorado school of mines. I have a couple pieces in the museum there. Good videos. I am here in Tanzania working in a metamorphic environment and seen your videos. Good stuff!
@CVshorey well see. I am jason roys I have a monazite in the Colorado cabinet. And fluorite from the black valley claim. Also on a you tube series called Mt antero treasures... so I love minerals haha. Love digging.. Anyway look forward to more of your videos brother.
Loving this video series. Thank you for putting it together! I have a couple of somewhat long questions I'm hoping you can help me answer. To my knowledge, calcite comes predominantly from the shells of marine organisms using the calcium and carbonate dissolved in the oceans, and it's the build up of these shells on the seafloor that creates limestone deposits. If this is the case, then where do the large calcite and other carbonate crystals shown in the video come from? Can they form directly from limestone deposits, is there some intermediate process that converts limestone into these large crystals or do they form from some entirely different source? How many of these carbonate minerals can ultimately be attributed to marine organisms? Would Earth have much or even any carbonate minerals if life had not first evolved to precipitate the carbonate dissolved in the oceans? Feel free to be as brief or detailed as you'd like, as any answer is appreciated! Thanks.
Calcium is in the water... just boil normal groundwater and you will get a stine in your boiler after a while Its also in fruits as banana You drink water and eat bananas as a baby to build your bones and teeth Eggshell is also with calcium Put eggshell in vinegar it will solve the calcium then boil dhe vinegar away and you will get a stone again So you turn a eggshell into a more or less solid rock When you pee much calcium gets washed out of your body, among some other substances the calcium builds the urinestone in the toilets This stone will soner or later get into the sea and some corals will use it to build theyr kind of bone Later they die and you get a underwater calcium mountain This will grow and build a new isle and when you drill a hole in it and install a pump wo get drinking water by filtering the sea water throuch the calcium stone... in the water will be a little bit calcium from the filtering process and this you need to build up your bones again and so on You have the circle of water.. water steam clouds rain water and so on And the cycle of minerals.. stone bone stone and so on
look in to epathermal fluids and hydrothermal fluids, also massive pressure say in a fault zone will press any fluids out causing mineral waters to flow in to the cracks and openings turning in to a number of minerals mostly being quartz, calcite, and dolomite.
Longyi patented built-in 3 classifiers dry grinding machines already put into mass production. For limestone/dolomite/calcite The whole grinding system power is around 370Kw A.D97=4.8um (≦2um: 73.5%) Output: 1000kg/h Energy Consumption: 296Kw/Ton B.D97=6.3um (≦2um: 64%) Output: 1500kg/h Energy Consumption: 197.3Kw/Ton C.D97=7.1um (≦2um: 57%) Output: 1900kg/h Energy Consumption: 155.8Kw/Ton For Talc powder, Longyi powder grinding mill power is 250Kw, the real working power is around 200~225Kw, including classifying system. A. D90=10.5~10.7um output: 4 tons/hour B. D90=9.8~11um output: 3 tons/hour It is suitable for processing nonmetallic minerals such as calcium carbonate, caco3, calcite, Kaolin, clay, barite, talc, gypsum, limestone, calcium oxide, bentonite, dolomite etc. Samuel MP/Wechat/whatsapp: +8615105956429
Longyi patented built-in 3 classifiers dry grinding machines already put into mass production. For limestone/dolomite/calcite The whole grinding system power is around 370Kw A.D97=4.8um (≦2um: 73.5%) Output: 1000kg/h Energy Consumption: 296Kw/Ton B.D97=6.3um (≦2um: 64%) Output: 1500kg/h Energy Consumption: 197.3Kw/Ton C.D97=7.1um (≦2um: 57%) Output: 1900kg/h Energy Consumption: 155.8Kw/Ton For Talc powder, Longyi powder grinding mill power is 250Kw, the real working power is around 200~225Kw, including classifying system. A. D90=10.5~10.7um output: 4 tons/hour B. D90=9.8~11um output: 3 tons/hour It is suitable for processing nonmetallic minerals such as calcium carbonate, caco3, calcite, Kaolin, clay, barite, talc, gypsum, limestone, calcium oxide, bentonite, dolomite etc. Samuel MP/Wechat/whatsapp: +8615105956429
Longyi patented built-in 3 classifiers dry grinding machines already put into mass production. For limestone/dolomite/calcite The whole grinding system power is around 370Kw A.D97=4.8um (≦2um: 73.5%) Output: 1000kg/h Energy Consumption: 296Kw/Ton B.D97=6.3um (≦2um: 64%) Output: 1500kg/h Energy Consumption: 197.3Kw/Ton C.D97=7.1um (≦2um: 57%) Output: 1900kg/h Energy Consumption: 155.8Kw/Ton For Talc powder, Longyi powder grinding mill power is 250Kw, the real working power is around 200~225Kw, including classifying system. A. D90=10.5~10.7um output: 4 tons/hour B. D90=9.8~11um output: 3 tons/hour It is suitable for processing nonmetallic minerals such as calcium carbonate, caco3, calcite, Kaolin, clay, barite, talc, gypsum, limestone, calcium oxide, bentonite, dolomite etc. Samuel MP/Wechat/whatsapp: +8615105956429
Can anybody who is actually very familiar with this subject matter confirm whether this guy knows what he's talking about? There are lots of terms and jargon thrown around. The danger, of course, is that it could be incorrect. Horrors. Misinformation on internet. Still, interesting information that hopefully someday I'll be able to confirm personally. Thx.
I am a professor of geology at the Colorado School of Mines. I’ve researched the material in this series so it is up to date and accurate as possible. Look into comments for updates and corrections where needed.
Longyi patented built-in 3 classifiers dry grinding machines already put into mass production. For limestone/dolomite/calcite The whole grinding system power is around 370Kw A.D97=4.8um (≦2um: 73.5%) Output: 1000kg/h Energy Consumption: 296Kw/Ton B.D97=6.3um (≦2um: 64%) Output: 1500kg/h Energy Consumption: 197.3Kw/Ton C.D97=7.1um (≦2um: 57%) Output: 1900kg/h Energy Consumption: 155.8Kw/Ton For Talc powder, Longyi powder grinding mill power is 250Kw, the real working power is around 200~225Kw, including classifying system. A. D90=10.5~10.7um output: 4 tons/hour B. D90=9.8~11um output: 3 tons/hour It is suitable for processing nonmetallic minerals such as calcium carbonate, caco3, calcite, Kaolin, clay, barite, talc, gypsum, limestone, calcium oxide, bentonite, dolomite etc. Samuel MP/Wechat/whatsapp: +8615105956429
ive been starving for so long ive run out of patience because im going to die any minute I sit around waiting patiently. im literally going to die today if I don't get any nutrition. ive got just barely enough time to get one shot off. I might as well make it one that counts.
Longyi patented built-in 3 classifiers dry grinding machines already put into mass production. For limestone/dolomite/calcite The whole grinding system power is around 370Kw A.D97=4.8um (≦2um: 73.5%) Output: 1000kg/h Energy Consumption: 296Kw/Ton B.D97=6.3um (≦2um: 64%) Output: 1500kg/h Energy Consumption: 197.3Kw/Ton C.D97=7.1um (≦2um: 57%) Output: 1900kg/h Energy Consumption: 155.8Kw/Ton For Talc powder, Longyi powder grinding mill power is 250Kw, the real working power is around 200~225Kw, including classifying system. A. D90=10.5~10.7um output: 4 tons/hour B. D90=9.8~11um output: 3 tons/hour It is suitable for processing nonmetallic minerals such as calcium carbonate, caco3, calcite, Kaolin, clay, barite, talc, gypsum, limestone, calcium oxide, bentonite, dolomite etc. Samuel MP/Wechat/whatsapp: +8615105956429
Given its broad application, everyone should understand GEOLOGY - therefore this video has been indexed and a link added by DR-KNOW / iq-2k Information Services - roughly 650 videos have indexed for this series
Longyi patented built-in 3 classifiers dry grinding machines already put into mass production. For limestone/dolomite/calcite The whole grinding system power is around 370Kw A.D97=4.8um (≦2um: 73.5%) Output: 1000kg/h Energy Consumption: 296Kw/Ton B.D97=6.3um (≦2um: 64%) Output: 1500kg/h Energy Consumption: 197.3Kw/Ton C.D97=7.1um (≦2um: 57%) Output: 1900kg/h Energy Consumption: 155.8Kw/Ton For Talc powder, Longyi powder grinding mill power is 250Kw, the real working power is around 200~225Kw, including classifying system. A. D90=10.5~10.7um output: 4 tons/hour B. D90=9.8~11um output: 3 tons/hour It is suitable for processing nonmetallic minerals such as calcium carbonate, caco3, calcite, Kaolin, clay, barite, talc, gypsum, limestone, calcium oxide, bentonite, dolomite etc. Samuel MP/Wechat/whatsapp: +8615105956429
because of my employees working in the media I want to die now. because that's how good of employees I got stuck with against my will. stuck with people I hate
