A processing system for processing plant mixture into milk and pulp preferably includes a filter, a plunger mechanism, and a ring funnel. The processing system may also include a pulp catcher.

A processing system for processing plant mixture into milk and pulp preferably includes a filter, a plunger mechanism, and a ring funnel. The processing system may also include a pulp catcher.

A ceramic filter including composite material having a porosity comprised between 0.1 m and 10 m is provided. A process for cleaning the ceramic filter, a process for producing the ceramic filter and a container for liquids including the ceramic filter are also provided. Advantageously, the ceramic filter, the process for cleaning the ceramic filter, the process for producing the ceramic filter and the container for liquids comprising the ceramic filter help people live a healthier lifestyle, through non-disposable but long-lasting products, promoting consumption of tap water and eliminating 100% of plastics. The ceramic filter and the container for liquids comprising the ceramic filter advantageously give people the possibility of drinking pure, good and safe water, producing zero waste, through sustainable, long-lasting and completely plastics-free products.

A ceramic filter including composite material having a porosity comprised between 0.1 m and 10 m is provided. A process for cleaning the ceramic filter, a process for producing the ceramic filter and a container for liquids including the ceramic filter are also provided. Advantageously, the ceramic filter, the process for cleaning the ceramic filter, the process for producing the ceramic filter and the container for liquids comprising the ceramic filter help people live a healthier lifestyle, through non-disposable but long-lasting products, promoting consumption of tap water and eliminating 100% of plastics. The ceramic filter and the container for liquids comprising the ceramic filter advantageously give people the possibility of drinking pure, good and safe water, producing zero waste, through sustainable, long-lasting and completely plastics-free products.

The removable integrated food strainer is a novel invention designed to simplify the process of draining liquids and rinsing residual materials from canned goods. It consists of a specially designed built-in strainer that is integrated into the pre-manufactured can or container of various canned goods upon purchase. This unique design provides both convenience to the user and cost efficiency as additional household kitchen utensils are not required to drain said canned goods.

The removable integrated food strainer is a novel invention designed to simplify the process of draining liquids and rinsing residual materials from canned goods. It consists of a specially designed built-in strainer that is integrated into the pre-manufactured can or container of various canned goods upon purchase. This unique design provides both convenience to the user and cost efficiency as additional household kitchen utensils are not required to drain said canned goods.

A screen for intake of fluid. The screen includes parallel and spaced rods, filtration material, a fitting, and structural members. The rods may be distributed in a cylindrical configuration. The filtration material, which can be spirally wrapped wire, is disposed around the rods to define an interior volume. The fitting is disposed at an end of the rods and adjacent to the filtration material. Each structural member, which can be elongated bars, is interposed between adjacent rods. The structural members are welded to the adjacent rods, and the adjacent rods and the structural members are welded to the fitting to increase the effective weld area, the tensile strength of the connection, and potentially the overall strength of the screen. The screen may be used for a variety of fluids and installations, and is particularly suited to use in water wells.

The present invention is directed to a polymer dissolution system comprising a mix tank, a strainer, and a pump. The mix tank is configured to receive polymers, water, and an inlet stream, to form a polymer solution including swollen polymers, and to discharge the polymer solution. The strainer is configured to receive the polymer solution, and to withdraw at least a portion of the swollen polymers therethrough substantially without shear degradation, thereby forming a resultant solution, wherein the swollen polymers are dissolved at least in part. The pump is configured to receive the resultant solution, and to return the resultant solution to the inlet stream. In some embodiments, the strainer and the pump cooperate together to maintain a viscosity of the resultant solution substantially within a predetermined range.

A method for depositing nickel-metal layers for colouring surfaces, and a bath for depositing such a layer. This is made possible by depositing a nickel-metal layer from a bath for the electroless deposition of nickel which contains at least one further metal compound, a voltage being additionally applied enable the metal of the metal compound to be incorporated while forming a nickel-metal layer.

A method for depositing nickel-metal layers for colouring surfaces, and a bath for depositing such a layer. This is made possible by depositing a nickel-metal layer from a bath for the electroless deposition of nickel which contains at least one further metal compound, a voltage being additionally applied enable the metal of the metal compound to be incorporated while forming a nickel-metal layer.