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Let us assume that you have 22 million bbl/day of oil burned in transport. Now you chop 30% of that off after you have tunneled the landscape. You have just dropped 6 or 7 million bbl/day off the national consumption. Here people are moaning and groaning about the effect(s) of some incremental increase of 1 MM bpd or 1.5 MM bpd, yet the potential certainly exists for a vast decrease hitting in two years – if the Feds got serious.
Not marketing BS….It can do 1000W but you have to increase the voltage. As he states, 53V @ 20A is doable and equal to 1000W, but the caps will probably heat up. This is running on the edge, but I think it could be easily done for short periods of time or continuous if the coil was water cooled and some type of cooling was added to the caps.
Finished parts are assembled primarily by bonding, with addition of metal fasteners as needed. Photo shows assembly of SS2 fuselage and wing. The leading edges of the wing and the horizontal stabilizer are faced with a thermal protection system derived from NASA’s Space Shuttle program’s thermal insulation systems. Source | TSC
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In addition to the FiberBlade Messer Cutting Systems also exhibited their “workhorse” MultiTherm plasma cutting machine with the “Fine Focus” plasma system. This machine is well known in the South African “cut to size” industry. Exhibited were the latest software upgrades as well as a new generation torch height control system for faster floor to floor processing times, as well as better fault finding diagnostics. All of which are designed to increase production efficiency and reduce costly downtime.
These American tunnels will not be long digs such as in Switzerland. You are going underneath folds in the Appalachians, probably only 5,000 feet. Does not take long to do. Even at only 100 feet a day, you are all done digging in two months. Goes fast.
Our railways are plagued by delays, cancellations and overcrowding. Sign our petition to demand better.
With higher-wattage lasers come many advantages, including increased productivity and throughput as well as lower cost of operation per hour and energy efficiencies. One area that may be overlooked while enjoying these benefits is the consumption of nitrogen while cutting mid-thickness materials where gas volume and pressures are required. This is an area where looking further into the processing of the part through different cutting techniques can also help you reduce the cost per part.
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My bad. But if I hadn’t missed that I wouldn’t have come up with my fusion reaction snark and the whole world would’ve been poorer for it. Or not.
That does sound pretty bad. Maybe Hackaday could do an article on the current most successful and efficient ways countries are combating Global Warming?