A Philospher's Guide to Composting Condoms

Posted by: Derek Lowstuter, Mountain Region Extension

Can a likely made-up story about a famous Greek philosopher help us decide if something should be added to our compost pile?  The answer, much like the question, may surprise you. In a viral story about the Stoic philosopher, Socrates is credited with creating three questions we should ask ourselves before speaking. These “Three Filters” are: Is it True? Is it Good? Is it Necessary?  

These questions can help us understand the potential impact of what we say - before we say it. While this is especially important in an election year, the idea can also help us decide if we should add something to our compost pile. Just because something can be said doesn’t mean that it should be said. Likewise, just because something can be composted doesn’t mean that it should be composted. We can ask ourselves the three questions to help us make those decisions:

Is it True? / Does it decompose?

Is it Good? / Does it improve the compost? And,

Is it Necessary? / Does it need to be composted?

The title of this post wasn’t just to get your attention. I have been asked if all kinds of things can be composted: kitty litter, dryer lint, pet hair, cotton undies, and yes – even latex condoms. Many types of waste are biodegradable and can decompose naturally. However, that alone doesn’t make them good additions to the compost pile.

Let's look at dryer lint as an example of how we can apply the three questions.

Is it True? / Does it decompose? Dryer lint may decompose, depending on the clothes it comes from. Yes, clothes made from natural fibers, such as 100% cotton and wool, produce dryer lint that will decompose in home compost. However, synthetic (plastic) fibers, like polyester or nylon, produce lint full of microplastic pollution that does not decompose.

Is it Good? / Does it improve the compost?  Yes, dryer lint from natural fibers breaks down into organic matter and releases small amounts of plant-available nutrients. However, microplastics in lint from synthetic fibers can fill soil pores and even make their way into the food we grow.    

Is it Necessary? / Does it need to be composted? No, because there are usually other easy ways to dispose of dryer lint. If composting isn’t needed for disposal, then we shouldn’t compost it. Many clothes are made with natural and synthetic fiber blends, which can make it difficult to tell what is in dryer lint. Lint failed the three filters and should not be composted.   

Here are some other examples that could be composted – but should they?

Condoms made with natural latex can be biodegradable but are classified as medical waste, don’t benefit compost when added, and can be easily thrown in the trash. Practice safe compost. 

Wood ash has been used as a mineral fertilizer for thousands of years; however, it can harm compost and soil if overapplied – especially in Colorado’s alkaline soils. 

Animal waste from meat-eaters does decompose but can spread disease and complicate compost management. 

Cooked food waste decomposes quickly, but can attract pests, and promote anaerobic (stinky) compost conditions. 

Diseased plants (ex. tomato blight, powdery mildew) can be composted in active compost that is regularly turned and allowed to go through recommended heating cycles and curing. If you are lazy when it comes to turning your compost *sheepishly raises own hand* it would be safer to take infected plants to a commercial compost facility or create a separate static compost pile that isn’t used on annual crops. Nutrients and beneficial microbes in finished compost have been shown to help plants defend against pests and diseases, but care should be taken when potentially spreading diseases in compost.

To Compost or Not to Compost...

Composting is a simple, powerful tool for turning waste into value for our gardens. When well-managed, compost has been shown to improve soil and plant health, and even increase the nutritional value of produce. The “Three Filters” can help us boost compost benefits and reduce potential issues. 

Remember to ask yourself, 
Is it True? 
Is it Good? 

Is it Necessary?

                                       Happy Composting

The Basics of Composting

Published by Kara Harders, Small Acreage Management Specialist 

Composting is a natural process we can utilize to help break down and recycle materials which would have otherwise been considered trash or waste. Materials including food scraps, garden byproducts, and other organic “trash” can become the magical soil amendment we know as compost!

Because composting is a natural process, it can be induced by following some basic rules and creating ideal conditions for the process to happen. While people may think they are the ones composting it is really bacteria, fungi, molds, and worms doing all the heavy lifting. When we compost it is important to keep these organisms happy and healthy so they can do what they do best, turn trash into soil gold! Luckily, they only need a few things to do what they do best.

Food! (Nitrogen and carbon rich)

These composting critters work best when given about a 30:1 Carbon to Nitrogen ratio. The carbon source could be dead plants, bedding, grass clipping, leaves or even shredded office paper. The nitrogen source could be fresh grass cuttings, food scraps or animal manure.

Moisture

Like all living things, water is essential to the life in your compost heap. Most of the organisms breaking down materials in your compost pile live in the film of moisture around the “ingredients” in the pile. Too little moisture and they will die or become dormant and too much moisture and they will drown (and the pile will smell BAD). Aim for a pile that feels damp, like a wrung-out sponge. If the pile gets too dry spray it lightly with a garden hose and try to keep it covered with a tarp in a shady area to retain moisture and to keep out heavy rains. 

Form

Compost needs to be grouped to maintain moisture and heat; therefore, the structure of your compost needs to be in a heap of sorts. This may seem obvious, but there are a few critical details.

Consider where you are putting your pile, avoid spots in direct sunlight for much of the day as this can dry out your pile. You should also avoid areas where water collects or drains. Compost piles are rich in nutrients that can be harmful to water ways and contribute to nutrient pollution. Think about keeping water from running through the pile when it rains or snow melts.

An ideal size is about on cubic yard, a pile this size can be built over time (cool composting) or all at once (hot composting), a benefit to doing hot composting is the sterilization of some weed seeds. Large heaps made all at once with the correct balance of materials and moisture can break down materials so fast the internal temperatures of these piles can reach 160ºF! Smaller piles wont hold heat as well and can dry out quickly if done outside of a container, but they will be easier to turn. Speaking of turning…

Aeration

All those composting organisms you are after also need to breath, in addition to design, to get them oxygen you will need to “turn” the pile.

Ideally, your compost pile will sit on some coarse materials to help allow air travel in from the base. When setting up the pile make an effort to use materials which create air pockets, such as stems, stalks, wood chips and other rigid materials. These will help to draw air up and out of the pile.

Use a composting thermometer to gauge the inside temperature. When it reaches 140ºF, give it a turn and water as needed. Turning the compost will also help get air to the organisms doing the dirty work. You can turn the compost as often as the temperature reaches 140ºF. It is recommended to let the pile go through three heating cycles to help sterilize weed seeds.

Particle size

While it is not always possible or realistic to select items for your compost pile by size it can make it more efficient. Because the organisms breaking down material work on the outer surface of the composted materials, they work much quicker when the surface area is large in relation to the particle size’s mass, in other words, small pieces break down much faster. You can mulch logs/branches, cut stalks to less than 5”, mow leaves with the lawn mower, and break up manure clumps.