Bugs Eat Plastic

In 2020, 367 million metric tons of plastic were produced globally. Only 9% of all plastics ever produced have been recycled, 12% incinerated, with the remaining 79% landfilled or lost to the environment.

Pie chart showing the end of life of plastics from landfill (79%) to Recycled (9%) to Incinerated (12%)

With only limited success, most recycled plastics heads to the landfill or escapes into nature. Today, plastics are in our oceans, our soils, and our bodies.

infographic showing how plastics end up in our land environments and soils

infographic showing how plastics end up in our freshwaters and ocean environments

These two images depict the fate of plastic and how it ends up into our oceans, soils, and bodies. Plastics are widely used and are increasingly prevalent in our environment.

For every polystyrene (Styrofoam^TM) cup, 32 grams of CO₂ (or equivalent) is released into the atmosphere. The US produces over 3.5 million tons of polystyrene, leading to approximately 21 million tons of CO₂ equivalent being released each year. That's the same as driving 4 million cars! It is unlikely polystyrene will naturally decompose as it needs perfect conditions to deconstruct, especially in an environmentally safe way. Polystyrene is estimated to take 500 years to naturally decompose. This presents a problem we want to address: The extensive accumulation of single use expanded polystyrene.

Potential Solutions

There are a number of different solutions to address plastic waste and contamination of the environment: chemical processing, legislation, burning, and biological. Normal recycling of plastic #1 and #2 can be successful, but most other plastics go to landfills. Not all the solutions are able to capture the entirety of the waste problem, and some have higher environmental costs than others.

We've landed on biological solutions to solve the problem.

Basic research has already shown multiple inspect species carry gut bacteria that can break down a variety of plastics:

Table showing which insects have been shown to consume which types of plastics

HDPE = High density polyethylene PET = Polyethylene terephthalate PS = Polystyrene LDPE = Low density polyethylene PP = Polypropylene PVC = Polyvinyl chloride LLDPE = Linear low density polyethylene PLA = Polylactide

Recently, more studies are identifying new bacteria of interest that have yet to be explored. This demonstrates there are still novel bacteria within different regions of the insect digestive tract to be discovered and further analyzed. None or limited amounts of insect-derived bacteria have been tested for commercial viability.

Why are we joining?

We want to put our money where our mouth is. Planet Bugs wants to demonstrate that we aren’t just talking about doing great things, but we are actively helping and achieving it when it comes to helping the planet.

We are pledging 1% of our revenue to the organization 1% for the Planet, which is specifically going to organizations aiming at reducing plastics through novel research & lobbying. We are supporting organizations coming to realistic solutions that don't involve switching to non-functional alternatives (i.e. annoying paper straws)

Right now it doesn’t economically work to be taking in EPS and breaking it down. Our mealworms are just a bit too slow and we aren’t competitive with landfills. We either need to be 1000 times faster than we are now, or we need to be getting paid significantly more to fully run a business breaking down plastic. This is why we are pledging another 4% of our revenue (5% total) towards academic and in-house research. A significant amount of work has already been done on breaking down plastics, by us and others, but much more research is needed for it to become commerically viable. We are starting to partner with universities to run a pilot study for 2024, focusing on growing novel bacteria and fungi on plastic to demonstrate scalable plastic breakdown.

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