I. Problems Caused by Plastics Increasing Rapidly
Plastic has brought beneficial improvements to many areas of life, from health care to household appliances. However, the negative effects of its ubiquitousness around the world are also making themselves known.
The amount of plastic produced each year has grown from 20 million tons (Mt) in 1966 to 460 Mt in 2019. This amount is forecast to exceed 1 billion tons by 2060. Much of the plastic produced has a short usable lifespan and is then disposed of; only around 30% of plastic products that have ever been made throughout the world are still being used. The share of plastic waste belonging to the United States was 42 Mt in 2016. Only 5% of this waste in the U. S. was recycled; most of it (86%) went to a landfill and another small portion was incinerated. Globally, only 9% of plastic waste is recycled. The rest of it is usually either dumped or burned, sometimes responsibly, sometimes not.[1]
The presence of so much plastic is having detrimental effects throughout the environment. The ocean has become a major catch basin for plastic waste. Every year 8-10 Mt enter the ocean. At current rates, by 2050 plastic in the ocean will outweigh all the fish within it. This is partly due to its slow rate of decomposition: It normally takes hundreds of years for plastic material to break down. And yet this process does not leave us with harmless compounds but instead with microplastic particles which also pose dangers to living creatures. Microplastics are now found in nearly everything, contaminating water, soil, salt, food, and much more. These small compounds cause major health problems once inside the human body: cancer, immune disorders, infertility, etc. Larger plastic pieces also pose threats to wildlife via suffocation, entanglement, and so on.[2]
The production of plastic is also energy intensive. Nearly all of it, 99%, is produced from hydrocarbons. The energy required to extract the latter and transform it into the various plastics we use amounts to 8% of worldwide oil and gas consumption.[3]
II. The Bamboo Alternative to Plastic
The need for a biodegradable and less energy intensive substitute for plastic is clearly needed. Bamboo, a type of fast-growing grass present around the world, presents a viable option. Qiu and others write,
“Bamboo is a renewable biomass material that has a high annual output of biomass per area of land. The internode cells of bamboo are arranged strictly in the longitudinal direction, with no radially oriented cells such as ray cells. These unique microstructural features have a significant impact on the durability and strength of bamboo and the manufacture process of bamboo products, such as low density, high strength, and stiffness. The tensile strength of bamboo fiber (650 MPa) is close to that of steel (500 to 1000 MPa) and about twice that of wood. In addition, the flexibility of bamboo fiber is much higher than that of steel. The compressive strength of bamboo is in the range of 40 to 80 N/mm2, which is two to four times higher than that of most timber species. In general, bamboo is a lightweight and high-strength biomass material (Scurlock et al. 2000).”[4]
The versatility of bamboo is shown in the number of products that can be made from it:
“Bamboo fibers have been used in many industries, for example the garment/ textile, automotive, pulp and paper industries. Due to its excellent durability, fire safety, environmental impact, user safety, energy efficiency, and so on, bamboo is one of the ideal raw materials for the production of sustainable household/ building products. In fact, the household/ construction sector accounts for 30 to 40% of the annual bamboo consumption in the world.”[5]
Some of the most common disposable plastic items – plates, cups, cutlery, diapers, and straws – can also be made from bamboo.[6]
The market for bamboo products is not niche: It had risen to $60 billion worldwide in 2015.[7] Yet growing bamboo is not detrimental to the environment. Quite the opposite, in fact, as it enhances its well-being in various ways:
. . .
The rest is at https://www.abbevilleinstitute.org/a-southern-solution-to-the-plastic-waste-problem/.
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Holy Ælfred the Great, King of England, South Patron, pray for us sinners at the Souð, unworthy though we are!
Anathema to the Union!
[1] Center for Sustainable Systems, University of Michigan. 2024. "Plastic Waste Factsheet." Pub. No. CSS22-11. https://css.umich.edu/publications/factsheets/material-resources/plastic-waste-factsheet. Accessed 31 May 2025.
[2] Marta Fava. “Ocean plastic pollution an overview: data and statistics.” https://oceanliteracy.unesco.org/plastic-pollution-ocean/. Accessed 31 May 2025.
[3] University of Michigan. Accessed 31 May 2025.
[4] Qiu, H., Xu, J., He, Z., Long, L., and Yue, X. (2019). "Bamboo as an emerging source of raw material for household and building products," BioRes. 14(2), 2465-2467. https://bioresources.cnr.ncsu.edu/resources/bamboo-as-an-emerging-source-of-raw-material-for-household-and-building-products/. Accessed 31 May 2025.
[5] Ibid.
[6] Rocio Espinoza. “Bamboo: A Sustainable, Eco-Friendly Plant for All Aspects of Living.” https://forestnation.com/blog/bamboo-a-sustainable-eco-friendly-plant/. Accessed 31 May 2025.
[7] Qiu. Accessed 1 June 2025.
