spiral

The Transport of Ore in Double-Spiral-Flow Pipes

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Vienna, July 1939 (Schauberger Archives) (The Energy Evolution, page 93-94)

In 1933 a proposal was presented to the Alpine-Montan company stating that the ore from iron ore deposits could be delivered to Donawitz, not at the current price of about 3.50 schillings per tonne by rail, but at a cost of about 0.30 schillings per tonne by means of a patented double-spiral-flow pipe (see fig. 165).

At first this proposal was ridiculed, because according to expert opinion either the ore, having a specific weight of 1.9 and therefore heavier than water (= 1.0), would be left lying on the bottom or the pipe-walls would be heavily scoured within a short space of time, and therefore the proposal would not be commercially viable.

Josef Hasslberger on Richard Clem's rotational engine

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http://www.hasslberger.com/tecno/clem.html
Comments to CLEM1.ASC (KeelyNet) by Josef Hasslberger

Richard Clem's rotational engine

Although I do not have any information on Clem or his device, I would like to comment on the principle of operation, which seems quite simple and straightforward to who has studied the writings of Viktor Schauberger, the Austrian naturalist and inventor.

Indeed Schauberger was working with vortex action in liquids (especially in water) and was finding effects that were at the time, and are still now, unexplainable with the normal principles of physics or thermodynamics.

As far as I understand the engine made by Clem was built around a cone with spiralling channels cut into it and when a liquid, in that particular case vegetable oil, got pressed through the channels, they caused the cone to turn and at a certain point the flow of the liquid and the turning of the cone became self-sustaining, up to the point of putting out a good and heavy (350 HP for a 200 pound engine) power output.

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