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Taiwanese Companies Turn Rice Husks into Sustainable Building Materials

Date:4 Nov 2024

Country: Taiwan

Plant Name:

    Rice

Residue Name:

    Shells/Husk

End Products

Construction materials

wall panels,Bricks,Tiles,Wall panels

Application

  • Building Materials: Waste materials like plastic, rice husks, and insect shells are transformed into sustainable products such as wall panels, tiles, and bricks.
  • Low-Carbon Construction: The project helps reduce carbon emissions by replacing traditional materials like concrete with waste-based alternatives, promoting eco-friendly building practices.

Description

Taiwanese upcycling company Miniwiz is transforming waste materials like rice husks, and plastic into high-performance building products, addressing the carbon footprint of construction. Their innovative processes have produced over 1,200 types of local waste-based materials for structures like walls and tiles. Partnering with LOTOS, they’re also creating low-carbon alternatives to concrete using industrial waste. These projects help reduce emissions and promote sustainable building practices.

Pathway Description:

Miniwiz collects various local waste materials, such as rice husks and insect shells, and processes them through methods like grinding and melting. The materials are then molded into durable building products like tiles, bricks, and panels. These waste-derived materials are designed to replace traditional construction materials, reducing carbon emissions. The final products are used in large-scale projects, promoting sustainable, low-carbon construction.

Source: Know More...

Tags: Waste Based ProductsWaste To Building MaterialsCarbon Footprint Reduction

End Products

Construction materials

wall panels,Bricks,Tiles,Wall panels

Feedstock

Types of Feedstock

Secondary agricultural residue

Name

Rice Husk

Form

Solid biomass

Commercials

Easy collection from rice mills; requires minimal processing

Logistics

Abundant and low-cost; suitable for upcycled applications

Characteristics

High silica content

Pathways

Thermal

Melting

Mechanical

Grinding,Molding

Stakeholders

Entrepreneurs/startups

Miniwiz,LOTOS