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RECYCLED PLASTIC FIBERS FOR REINFORCING AND ACCELERATING HYDRATION OF CEMENTITIOUS-BASED MATERIALS

JOHNSON CHAD / BELKOWITZ JON

A method for manufacturing concrete from waste plastic. The waste plastic may be in the form of used baling twine. The used baling twine may contain residue from the baled material, such as hay, alfalfa, or other animal fodder, for example. This organic residue may include cellulose fibers, sugars, and alkalis from the fodder. Baling twine may be processed into a fiber which is then mixed into the cementitious mixture. Concrete made from such a mixture may have improved mechanical performance due to the included organic residue, such as increased tensile strength and energy absorption capabilities, for example.

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RECYCLED PLASTIC FIBERS FOR REINFORCING AND ACCELERATING HYDRATION OF CEMENTITIOUS-BASED MATERIALS

JOHNSON CHAD / BELKOWITZ JON

A method for manufacturing concrete from waste plastic. The waste plastic may be in the form of used baling twine. The used baling twine may contain residue from the baled material, such as hay, alfalfa, or other animal fodder, for example. This organic residue may include cellulose fibers, sugars, and alkalis from the fodder. Baling twine may be processed into a fiber which is then mixed into the cementitious mixture. Concrete made from such a mixture may have improved mechanical performance due to the included organic residue, such as increased tensile strength and energy absorption capabilities, for example.

RECYCLED PLASTIC FIBERS FOR REINFORCING AND ACCELERATING HYDRATION OF CEMENTITIOUS-BASED MATERIALS

JOHNSON CHAD / BELKOWITZ JON

A method for manufacturing concrete from waste plastic. The waste plastic may be in the form of used baling twine. The used baling twine may contain residue from the baled material, such as hay, alfalfa, or other animal fodder, for example. This organic residue may include cellulose fibers, sugars, and alkalis from the fodder. Baling twine may be processed into a fiber which is then mixed into the cementitious mixture. Concrete made from such a mixture may have improved mechanical performance due to the included organic residue, such as increased tensile strength and energy absorption capabilities, for example.

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Titel:

RECYCLED PLASTIC FIBERS FOR REINFORCING AND ACCELERATING HYDRATION OF CEMENTITIOUS-BASED MATERIALS

Beteiligte:

JOHNSON CHAD (Autor:in) / BELKOWITZ JON (Autor:in)

Erscheinungsdatum:

12.12.2024

Medientyp:

Patent

Format:

Elektronische Ressource

Sprache:

Englisch

Klassifikation:

IPC: C04B Kalk , LIME

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