Tuesday, January 28, 2020

Arabian-Nubian Shield (ANS) - Mineral Resources

2021 Precambrian Nubian Shield: world-class mining destination - CaspianReport > .
24-2-27 MIT Study Reveals Why Africa Is Still Poor - EcEx > .
24-1-26 Saudi Arabia's Catastrophic "Iran" Problem - Hindsight > .
23-8-11 Saudi Arabia's Challenging Geography - Real > .
23-4-26 Why powerful nations want bases in tiny Djibouti - Real > .
23-3-13 Iran, Xina, Saudi Arabia - Influence  Wangling - Update > .
24-12-19 IDF Spox. Regarding Israeli Strikes on Houthi Targets - IDF > .
2022 How the UN Doomed Somalia into Becoming a Warzone - Front > .
Yemen & Region - anffyddiaeth >> .

The Arabian-Nubian Shield (ANS) is an exposure of Precambrian crystalline rocks on the flanks of the Red Sea. The crystalline rocks are mostly Neoproterozoic (1 billion to 541 million years ago) in age. Geographically - and from north to south - the ANS includes parts of Israel, Jordan, Egypt, Saudi Arabia, Sudan, Eritrea, Ethiopia, Yemen, and Somalia. The ANS in the north is exposed as part of the Sahara Desert and Arabian Desert, and in the south in the Ethiopian Highlands, Asir province of Arabia and Yemen Highlands.

The ANS was the site of some of man's earliest geologic efforts, principally by the ancient Egyptians to extract gold from the rocks of Egypt and NE Sudan. This was the most easily worked of all metals and does not tarnish. All of the gold deposits in Egypt and northern Sudan were found and exploited by Egyptians. The earliest preserved geologic map was made in 1150 BCE to show the location of gold deposits in Eastern Egypt; it is known as the Turin papyrus. New gold discoveries have been found in Sudan, Eritrea, and Saudi Arabia.

Pharonic Egyptians also quarried granite near Aswan and floated this down the Nile to be used as facing for the pyramids. The Greek name for Aswan, Syene; is the type locality for the igneous rock syenite. The Romans followed this tradition and had many quarries especially in the northern part of the Eastern Desert of Egypt where porphyry and granite were mined and shaped for shipment.

Precious and industrial metals, including gold, silver, copper, zinc, tin, and lead, have been mined in Saudi Arabia for at least 5,000 years. The most productive mine in Saudi Arabia, Mahd adh Dhahab ("Cradle of Gold"), has been periodically exploited for its mineral wealth for hundreds or even thousands of years and is reputed to be the original source of King Solomon's legendary gold. Today, mining at Mahd adh Dhahab is conducted by the Saudi Arabian Mining Company, Ma'aden. Deposits of iron, tungsten, mineral sands, copper and phosphates have been found in many locations. Mining in the Eastern Desert of Egypt and Sudan is limited due to shortage of water and infrastructure. One option would be to bring water from the Nile by pipeline.

Australia vs East Timor Oil

.
Australia cheated East Timor of Oil - CaRe > .
24-2-27 Australia: a middle-power between West and East - STG > .
23-7-22 Saudi Arabia’s Catastrophic “Everything” Problem - Real > .

Australia - Natural Gas

22-9-25 Australia's Natural Gas Dilemma - Asianometry > .

Monday, January 27, 2020

Black Gold - Baku

.
Black Gold: The War For Soviet Oil | War Factories | Timeline > .
23-7-22 Saudi Arabia’s Catastrophic “Everything” Problem - Real > .
22-3-26 Why Russia’s War Drove Up US Gas Prices - CNBC > .
22-3-17 Why The Middle East Won't Survive Without Oil - OBF > .

The story of the discovery and exploitation of the Baku Oilfields in the Russian Caucasus, which forced Stalin and Hitler to face-off in the battle of Stalingrad.

●● Essential Infrastructure ..

Bones as Resource

Bones were processed at rendering plants into cordite for ammunition, aircraft glue and fertilizer.

Bones..Bones..Bones - Save Bones - British Pathé video

Cordite is a family of smokeless propellants developed and produced in the United Kingdom since 1889 to replace gunpowder as a military propellant. Like gunpowder, cordite is classified as a low explosive because of its slow burning rates and consequently low brisance. These produce a subsonic deflagration wave rather than the supersonic detonation wave produced by brisants, or high explosives. The hot gases produced by burning gunpowder or cordite generate sufficient pressure to propel a bullet or shell to its target, but not so quickly as to routinely destroy the barrel of the gun.

Cordite was used initially in the .303 British, Mark I and II, standard rifle cartridge between 1891 and 1915; shortages of cordite in WW1 led to United States–developed smokeless powders being imported into the UK for use in rifle cartridges. Cordite was also used for large weapons, such as tank guns, artillery, and naval guns. It has been used mainly for this purpose since the late 19th century by the UK and British Commonwealth countries. Its use was further developed before WW2, and as 2-and-3-inch-diameter (51 and 76 mm) Unrotated Projectiles for launching anti-aircraft weapons. Small cordite rocket charges were also developed for ejector seats made by the Martin-Baker Company. Cordite was also used in the detonation system of the Little Boy atomic bomb dropped over Hiroshima in August 1945.

The term "cordite" generally disappeared from official publications between the wars. During WW2, double based propellants were very widely used, and there was some use of triple based propellants by artillery. Triple based propellants were used in post-war ammunition designs and remain in production for UK weapons; most double based propellants left service as World War II stocks were expended after the war. For small arms it has been replaced by other propellants, such as the Improved Military Rifle (IMR) line of extruded powder or the WC844 ball propellant currently in use in the 5.56×45mm NATO.[2] Production ceased in the United Kingdom around the end of the 20th century, with the closure of the last of the World War II cordite factories, ROF Bishopton. Triple base propellant for UK service (for example, the 105 mm L118 Light Gun) is now manufactured in Germany.

sī vīs pācem, parā bellum

igitur quī dēsīderat pācem praeparet bellum    therefore, he who desires peace, let him prepare for war sī vīs pācem, parā bellum if you wan...