Biopolymer-Based Composites from Corn starch and corn husk for packaging, automotive, and construction

Date:29 April 2023

Country: Thailand United Kingdom

Plant Name:

    Corn

Residue Name:

    Shells/Husk

    Starch

End Products

Biomaterials

automative applications

Others

Biopolymer-based Composites

Application

  • Development of eco-friendly, lightweight materials for various industrial applications, such as packaging, automotive, and construction.

Description

This project focuses on developing sustainable biopolymer-based composites using agricultural waste biomass such as corn husks for packaging, automotive, and construction applications. These composites combine agricultural-derived biopolymers with natural reinforcements to create lightweight materials for various applications. The review explores fabrication methods, potential applications, and the challenges and opportunities in creating these eco-friendly composites. The goal is to promote a more sustainable future by utilizing agricultural waste in bio-composite production.

 

Pathway Description:

The process involves utilizing agricultural waste biomass such as corn husks to produce biopolymers, which are then combined with natural fibers to create biopolymer-based composites. These composites are fabricated using methods such as extrusion, compression molding, or injection molding. The combination of agricultural waste and biopolymers results in lightweight, eco-friendly materials. The process emphasizes sustainability by reducing waste and the need for petroleum-based resources.

 

 

Source: Know More...

Tags: Light weight CompositesBiodegradable CompositesBio Based Products

End Products

Biomaterials

automative applications

Others

Biopolymer-based Composites

Feedstock

Types of Feedstock

Secondary Agricultural residue

Name

Agricultural waste biomass

Logistics

Sourced directly from agricultural production and processing sectors

Characteristics

Biodegradability: Biopolymers naturally degrade via biological processes

Pathways

Thermal

Curing

Mechanical

Biopolymer Extraction,Composite Fabrication,Molding

Stakeholders

Educational Institution

University of Portsmouth,TGGS,King Mongkut’s University of Technology North Bangkok