Cavitation apparatus, configured to perform multiple simultaneous cavitations

A cavitation apparatus, comprising:

• a set of two or more cavitation units, wherein
• a first cavitation unit of the set of two or more cavitation units is configured to carry out at least one first cavitation process on a material flowing through the first cavitation unit, wherein
• a second cavitation unit of the set of two or more cavitation units is configured to carry, out at least one second cavitation process on said material from the first cavitation unit while effects of said at least one first cavitation process are present in said material;
• and further wherein
• one of the first and second cavitation units comprises a first chamber and a second chamber feeding a respective part of said material into a common fluid chamber such that a collision between the respective parts of the material takes place inside the common fluid chamber, wherein each one of the first chamber and second chamber comprises a respective helicoid fluid passageway configured to impart a rotary momentum to the respective part of the material, creating a vortex of said respective part of the material and causing a rotary cavitation in the respective part of the material, and wherein each one of the first chamber and second chamber comprises a conical helicoid fluid passageway section configured to increase the diameter of said vortex and cause an acoustic cavitation in the respective part of the material, such that said rotary and acoustic cavitations are produced in the respective part of the material prior to delivering said respective part of the material to the common fluid chamber, wherein the collision takes place while effects of the rotary and acoustic cavitations are still present in said respective parts of the material subjected to the collision, and further wherein the first and second chambers are opposed to one another and the respective helicoid fluid passageways are configured to impart same rotary momentums to the respective part of the material such that the collision takes place with opposed rotary motion of the vortexes.

A cavitation apparatus, comprising:

• a set of two or more cavitation units, wherein
• a first cavitation unit of the set of two or more cavitation units is configured to carry out at least one first cavitation process on a material flowing through the first cavitation unit, wherein
• a second cavitation unit of the set of two or more cavitation units is configured to carry out at least one second cavitation process on said material from the first cavitation unit while effects of said at least one first cavitation process are present in said material;
• and further wherein
• the second cavitation unit comprises a first chamber and a second chamber feeding a respective part of said material into a common fluid chamber such that a collision between the respective parts of the material takes place inside the common fluid chamber, wherein each one of the first chamber and second chamber comprises a respective helicoid fluid passageway configured to impart a rotary momentum to the respective part of the material, creating a vortex of said respective part of the material and causing a rotary cavitation in the respective part of the material, and wherein each one of the first chamber and second chamber comprises a conical helicoid fluid passageway section configured to increase the diameter of said vortex and cause an acoustic cavitation in the respective part of the material, such that said rotary and acoustic cavitations are produced in the respective part of the material prior to delivering said respective part of the material to the common fluid chamber;
• wherein the collision takes place while effects of the rotary and acoustic cavitations and said at least one first cavitation process are still present in said respective parts of the material subjected to the collision, and further wherein the first and second chambers are opposed to one another and the respective helicoid fluid passageways are configured to impart same rotary momentums to the respective part of the material such that the collision takes place with opposed rotary motion of the vortexes.

A cavitation apparatus, comprising:

• a set of two or more cavitation units, wherein
• a first cavitation unit of the set of two or more cavitation units is configured to carry out at least one first cavitation process on a material flowing through the first cavitation unit, and further wherein
• a second cavitation unit of the set of two or more cavitation units is configured to carry out at least one second cavitation process on said material from the first cavitation unit while effects of said at least one first cavitation process are present in said material;
• and further wherein
• the set of two or more cavitation units comprises a first chamber and a second chamber feeding a respective part of said material into a common fluid chamber such that a collision between the respective parts of the material takes place inside the common fluid chamber, wherein each one of the first chamber and second chamber comprises a respective helicoid fluid passageway configured to impart a rotary momentum to the respective part of the material, creating a vortex of said respective part of the material and causing a rotary cavitation in the respective part of the material, and wherein each one of the first chamber and second chamber comprises a conical helicoid fluid passageway section configured to increase the diameter of said vortex and cause an acoustic cavitation in the respective part of the material, such that said rotary and acoustic cavitations are produced in the respective part of the material prior to delivering said respective part of the material to the common fluid chamber, wherein the collision takes place while effects of the rotary and acoustic cavitations are still present in said respective parts of the material subjected to the collision.