Anemic Industry

Without fossil energy, the scale of industry would be directly limited to net primary productivity, and there would be an upper limit on the power consumed by civilization. Can it develop to the stage of large-scale utilization of renewable energy sources such as hydropower photovoltaics?

A kind-hearted friend contributed to a group. Although the author is not diligent in updating, he is excellent at shaking up the settings 992 starting 077 points 036

The plastics everywhere in the introduction are good raw materials!

Anemia Industry is under construction🙂

Damn it's so beautiful, author you are even better! I finished reading it in one day!

It is recommended that the protagonist engage in wood retort. Not only can you get a small amount of methanol. Charcoal, wood tar, wood gas, etc., Wood tar phenols, acids and aldehydes can also be obtained. Pine root carbonization can also obtain resin acids, pinene and terpenoids. Wood gas driven gas machine

Can the author send you the outline and I will write it for you using DS?

When it comes to developing industry, the magic tool of wired telegraphy plays a huge role, as well as manual telephones. The key to wired telegraphy is the battery. The early Daniel batteries were stable and reliable. Each group provided 2 volts, and ten groups could provide 20 volts. It should be that zinc and copper are immersed in copper sulfate and zinc sulfate solutions respectively (sulfuric acid seems to work too), and potassium chloride agar acts as a salt bridge in the glass tube. It just can't be charged. When the electricity is used up, the acid solution must be reprocessed and zinc added. It is similar to the principle of wet copper smelting. It seems that there was a similar copper smelting method in ancient times, but I don't know that it can produce electricity. Invented the Daniel battery, developed wired telegraph and manual telephone, and promoted the development of sulfuric acid and other industries. After the generator comes out, the lead-acid battery can be charged. In fact, before wired telegraph, there was also a visual telegraph (which appeared in the Napoleonic era). The pinnacle of the beacon tower-visual telegraph It took only one hour for the French victory message in Austria to reach Paris from the border, with the help of France's visual telegraph at that time Originally the message came from crossing the river or winding up the mountain, but now it only needs to be viewed from a distance. The beacon towers of the Ming Dynasty already have simple numbers, such as double lights and double cannons, etc., Such as expressing whether the enemy is coming from the north, whether there are more than 10,000 people, etc., But they can only express very limited military content agreed in advance, and cannot express various situations like telegraphs (the only thing agreed in advance is the code). The simplest visual telegraph is the three-arm system that was later improved by the British. It is three rotatable beams on the mast, one unit every 45 degrees, which is enough to express 10 numbers, 26 letters and some common phrases. It can express about four hundred combinations. However, after the British improved it, they were hit by the dimensionality reduction of Morse telegraph. The visual telegraph was usually used for commercial purposes, and France was profitable that year. In fact, it can include financial remittances and even transactions, but cryptography personnel must be trained. In addition to the telegraph standard code, finance and the military must consider translating the telegraph code into ciphers. The financial settlement system based on remote communication brings greater benefits and changes. The visual telegraph and the modern post office system can be used to improve the original beacon towers and inns. Figures 1 and 2 are the French visual telegraph, and Figure 3 is the British improved three-arm system, which is more reasonable.

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