Researchers at Washington State University and the Pacific Northwest National Laboratory have teamed up to create a new shrimp cell-fused cement product. The researchers have added nanoparticles extracted from shrimp cells to cement mixes in order to drastically increase the strength of the cement. According to the team of researchers, the resulting shrimp shell-cement composite is a mixture of two pastes that creates a material that is substantially stronger than regular cement, as much as 40% stronger and 12% more resilient to compression.
This was not created by virtue of cement being not strong enough for tasks, but rather, was created for environmental reasons. The increased strength of the shrimp cement composite results in less cement being required for architectural tasks, meaning less cement is produced, fewer emissions are produced, and there is a positive impact on the environment, comparatively.
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Key Themes Behind This Trend
- Eco-cement
- Creating cement mixes with unconventional ingredients to minimize environmental impact
- Nanoparticle-infused Construction Materials
- Incorporating nanoparticles from organic sources into building materials for enhanced strength and durability
- Biotechnology and Construction
- Utilizing biotechnology to develop innovative materials for the construction industry
Where This Applies
- Construction
- Integrating eco-friendly and durable construction materials could lead to a more sustainable and efficient industry
- Biotechnology
- Exploring the potential of biotechnology in developing new materials for various industries, including construction
- Nanotechnology
- Applying the principles of nanotechnology to improve the performance and environmental impact of construction materials
