Keeping Worms Warm in Upstate NY Without Electricity

  • Context: Undergrad 
  • Thread starter Thread starter JPL
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Discussion Overview

The discussion revolves around methods to keep a vermicomposting box warm during the cold winters of upstate New York without using electricity. Participants explore various approaches, including natural heat generation through decomposition and potential chemical reactions.

Discussion Character

  • Exploratory, Technical explanation, Debate/contested

Main Points Raised

  • One participant suggests creating a low-level exothermic reaction that is safe for both the worms and the user.
  • Another participant proposes that insulation and sufficient organic scraps can lead to heat generation through decomposition, referencing the high temperatures observed in large compost heaps.
  • A participant emphasizes the need for careful management in vermicomposting, noting that excessive waste can lead to thermophilic conditions that may harm the worms.
  • There is a suggestion to seek assistance from local biology departments, specifically mentioning potential resources at Cornell's Langmuir Labs.

Areas of Agreement / Disagreement

Participants generally agree that decomposition can generate heat, but there is a disagreement regarding the management of waste in vermicomposting and the potential risks to the worms. The discussion remains unresolved regarding the best method to achieve warmth without electricity.

Contextual Notes

Participants express uncertainty about the relationship between the discussed methods and principles from physics, particularly in relation to the thermal dynamics of composting and vermicomposting.

Who May Find This Useful

Individuals interested in sustainable composting practices, those studying biology or environmental science, and hobbyists looking for non-electric heating solutions for vermicomposting.

JPL
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I am looking for suggestions on how to provide warmth to a vermicomposting box during the cold winters of upstate NY. I would prefer not to use electricity. It has been quite some time since I used my theoretical chemistry or physics, but was thinking there might be a way to create a low level exothermic reaction that would be safe for the worms and me.

Any thoughts?
 
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If you provide insulation and sufficient scraps, decomposition should produce it's own heat. How do you think this is related to "Atomic, Solid State, Comp. Physics"?
 
I agree with cesiumfrog. If you have seen any large compost heap during colder months, they can get up to 150°F. I have seen a ton of water vapor coming off of piles. The only drawback is that you need to turn the pile every so often to ensure complete mixing and letting oxygen get into where it needs to.
 
cesiumfrog said:
If you provide insulation and sufficient scraps, decomposition should produce it's own heat. How do you think this is related to "Atomic, Solid State, Comp. Physics"?

Thank you for the response!
It was my hope that someone in the physics community would have come across a potential solution (i.e. exothermic reaction) that could help me.
You are correct in your assertion about a thermophylic composting process; however when dealing with vermicomposting things a different. If you add too much waste to the "box" it will go thermophylic and kill the worms. This is undersireable!
 
So basically you have a temperature regulation problem. Have you thought of asking for help in your local biology department? I bet there are people at Langmuir Labs at Cornell who raise worms.
 

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