From Worldometer (new COVID-19 deaths yesterday):
DAY USA WORLD Brazil India South Africa
June 9 1093 4732 1185 246 82
July 22 1205 7128 1293 1120 572
Aug 12 1504 6556 1242 835 130
Sept 9 1208 6222 1136 1168 82
Oct 21 1225 6849 571 703 85
Nov 25 2304 12025 620 518 118
Dec 30 3880 14748 1224 299 465
Jan 14 4142 15512 1151 189 712
Feb 3 4005 14265 1209 107 398
Mar 2 1989 9490 1726 110 194
April 6 906 11787 4211 631 37
May 4 853 13667 3025 3786 59
June 1 287 10637 2346 3205 95
July 7 251 8440 1595 817 411
Aug 4 656 10120 1118 532 423
Sept 1 1480 10470 703 505 235
8 1700 9836 250 339 253
14 1934 9001 709 281 300
22 2228 9326 839 279 124
29 2190 8859 643 309 108
Oct 5 1811 7495 686 285 103
6 2102 8255 543 315 59
12 1819 7544 201 249 37
19 2005 7528 401 160 80
26 1451 7535 409 584 53
27 1594 8671 433 734 62
Nov 3 1436 7830 186 458 23
9 1207 7009 154 480 35
Summary: I'll reserve comment until we see the data for tomorrow. I did, though, look closer at the Worldometer numbers for new cases yesterday, and noted that Europe, particularly the former Soviet countries, are experiencing a serious upsurge. If you're imminently leaving on a trip to Europe, you should be aware that WHO officials announced that the region has again become the epicenter of the pandemic. There has been a 50% jump in cases during past month, making it the only region showing this kind of increase. The usual reasons are given: colder weather forcing people indoors, stall in vaccinations and opening up of the economy.
The Hindenburg in the 1930's was the only dirigible to establish a regular transatlantic service at a maximum speed of 84 mph. It had a crew of 40 and cabins for 50 passengers. The 804 foot long ship (three times longer than a 747) was designed to use helium, but the U.S. had a monopoly over it, so Germany switched to hydrogen, which provided an 8% higher lift. The frame was duralumin and cotton cloth cover was varnished with iron oxide and cellulose acetate butyrate impregnated with aluminum powder.
Few even know that the then world's largest airship, the
British R101 in 1930 also crashed, in France, killing 548 of the 54 aboard. We remember the Hindenburg because it was all captured on film. In 1939 Pan American began operation of the Boeing 314 for passenger service across the Atlantic.
The Goodyear blimp you see at sports events has a cruising speed of 35 mph, but can go as fast as 50 mph. It is filled with helium.
H2 Clipper, Inc. sent me an announcement that they had been granted another U.S. Patent for a lighter-than air craft to accelerate the hydrogen economy. This is their seventh patent focusing on all aspects of the design.
Founded in 2008, their plans, according to CEO Rinaldo Brutoco, is to build a flying prototype by 2024. - They hope to utilize this green fuel to transport freight 7-10 times faster than ship, truck or rail, at a 70% savings over traditional air freight.
- 30 countries have released hydrogen roadmaps.
- 200 projects have been announced by industry with $70 billion in public funding.
- Present design shows a vehicle with an air speed of 175+ mph.
- The vertical take-off will change the whole concept of shipping by air.
- This will be the only climate friendly option.
A long time ago I discussed with Brutoco the potential of his fast dirigible, which I originally called Hawaii Hydrogen Clipper, as the vehicle of choice for Blue Revolution floating cities. Our platforms will utilize ocean thermal energy conversion (
OTEC) to produce hydrogen, and his ships will provide passenger service and for refueling/exporting hydrogen. Hopefully, the H2 Clipper will be able to become operational by 2050 when our first floating city hosts the World Expo during the Fall into the Winter when hurricanes are not a threat. After the world's fair, the marine city will be towed closer to the equator where hurricanes do not go.
You ask, what about another Hindenburg disaster? I have reason to believe that an airship can be designed to avoid any hydrogen explosion. The H2 Clipper will pave the way for the Orient Express, a commercial jet flying using hydrogen to operate at
17,000 miles/hour, which would take you from Los Angeles to Tokyo in less than a hour. Perhaps the
National Aerospace Plane at Mach 2.7 would come first, reducing a New York City to Paris nonstop from 14 to 4 hours. I take special pride in writing about this subject, for I drafted the
original hydrogen bill for the U.S. Senate in 1980 which included this aircraft.
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