The Wealth and the Health Manifesto


The Wealth and Health Manifesto 
2016 yr. 
Author: David Judbarovski, principle inventor, retired engineer, Israel
Archive since 2006 yr.: http://judbarovski.livejournal.com


The author was born in former USSR in 1939.
1962 –I was graduated as Dipl.-Eng. in Mechanics and Technology with emphasis on control and automation in chemical industry and mathematic simulation.
1962 –I was starting my professional career in systems engineering, at first with emphasis on applied mathematics methods.
Through my life I had a duty experience in course in:
(1) air traffic control, (2) microbiological industry, (3) pulp and paper industry, (4) technology of microelectronics, (5) capital construction, (6) typical design, (7) concrete industry, and was working as a researcher, a developer, a designer, a technical supervisor, and as a worker too.
1961- 1973 - 5 years of post-graduate evening study on:
(1) applied mathematics, (2) electrical engineering: (a) radio engineering, (b) electronic and ionic technology (c) automated control systems. (ACS).
Besides, I have very rich 50-years off-duty professional experience in economics and inventions in very wide spectra of engineering and engineering systems. In the last 10 years they are:
(1) green & cheap & abundant & inexhaustible: (a) energy (b) production (c) systems, (2) military systems, (3) technologies, (4) consume electronics etc.       

And I do sure, the mankind life can be wealthy and healthy if using technologies based on fundamental principles of classical engineering and present level of it, while our Earth resources being enough for many millions years, and only our very distortive social relations are obstacles on the way to create the paradise on our planet.
Really,
(1) One of fundamentals is the wide usage of recyclable materials and parts in minimal amounts and dimensions and motionless parts for reliability and mass produced ones for cheapness. For example, foils, sheets and wires having much bigger specific strength than bulk materials are used in construction of solar thermal concentrating system consists of pairs of protected mirrors of about 1.0 meter diameter. One of the said mirrors is planar and serves for redirecting the solar beams on another mirror being dish shape and focusing the said beams on motionless focal spot on motionless tubes with heat carrier (see more detailed in http://judbarovski.livejournal.com/106896.html ).
A cost of such energy system is about US$10.0 per 1 m2 of solar flux, and can generate a heat up to 650 Centigrade by US cent 0.1/kWh or so and less for sunny regions and about 0.16 cents if Frankfurt (Germany).
(2) The said heat can be transformed in electricity as by conventional means, e.g. using turbine-generator by 0.25 cents/kWh for sunny regions or by 0.4 cent if moderate climate. It is some tens time cheaper than present electricity tariffs for consumers. It is absolutely clean energy.
Nevertheless, my special efforts were to offer much more energy effective and cheaper and simpler and very compact transformers of heat into electricity. It can be special fuel cells can be recyclable by heating even without any interruption of it work (see http://judbarovski.livejournal.com/66529.html ).  Another possibility can by antenna transformer of infra-red radiation into electricity.  (see http://judbarovski.livejournal.com/122361.html ).
(3) The inventions by p.1 and/or p.2 can be used for any designed schedule of energy consume, if the said energy being transformed in chemicals. If being a fuel cell described in p.2, such chemicals can be as anode and cathode material stored.
(4) Much more universal chemicals for that purpose can be artificial hydrocarbons, i.e. gas and/or oil. By using the above-mentioned extremely cheap heat and/or electricity we can produce extremely cheap ammonia that together with above-mentioned extremely cheap artificial hydrocarbons or separately to be chemical predecessors of very many other helpful chemical products being very cheap and can be produced in any big quantity, because their predecessors and energy for chemical industry can be practically unlimited. We can produce by the way ammonia by US$ 12.0/ton and hydrocarbons by 6.0/boe (barrel of oil equivalent). Carbone source for them can be natural carbon dioxide extracted from the air by US$ 4.0/ton in carbon cycle and by calcium hydroxide chemical cycle. The said hydrocarbons can be transformed in very many classical or new food products biochemically, e.g. by fermentation by methanetrophs bacteria into meat products can be more valuable as a human meals than natural meat.
(5) The above-mentioned extremely cheap energy can change a game in fresh water supply, agriculture, water reuse and water reservoirs cleaning and the water delivery. Any point of the Earth can have clean and cheap water in any designed volume/     




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