top of page
Hero title.jpg

Vermis. (WIP)

Unlock the Power of the Worm.

Specific description TBD

The Ask:

"Explore various systems and categories that relate to food to develop an innovative product that is designed sustainably and/or addresses a sustainability issue."

The Answer:

Vermis: A product family centered around vermicomposting that addresses wasted food by acting as an accessible gateway to more sustainable food waste practices.

Skills Developed:

- Design Research + Thinking

- Design Visualization

Background

Food Waste: Why Care

Food waste accounts for roughly 8% of total global greenhouse gas emissions, with the US wasting approximately 30-40% of its food supply annually.

That equates to about 88.7 million tons of food, or roughly 38% of the country's total food supply, or 150,000 tons per day.

That's enough to fill 1500 Olympic Swimming Pools a day.

Help-the-Planet-How-to-Waste-Less-Food-scaled.jpg
foodwasteamerica.jpg
How Can We Introduce More Comprehensive Food Waste Education to Successfully Promote Sustainable Food Practices?
Composting.
Q&As about indoor composting with an urban composter.webp
Trash To Treasure

Why Compost?

  • Environmental Benefits: Cuts methane emissions & captures carbon.

  • Waste Reduction: Keeps organic waste out of landfills.

  • Soil Health: Enriches soil, fights erosion, & fuels plant growth.

  • Economic Advantages: Trims waste costs and chemical fertilizer dependence.

  • Supports Sustainable Practices: Drives green jobs and circular economy.

  • Climate Resilience: Strengthens soil against droughts/floods.

The Problem

Why Do People Not Use Composting?

  • Lack of Knowledge: Unfamiliarity with composting creates fear of failure.

  • Lack of Time: Perception of time needed to compost or get results.

  • Limited Space: Challenging for those in urban & metropolitan areas.

  • Inconvenience: Perceived additional effort compared to traditional disposal.

  • Odor + Pests: Fear of attracting vermin or smelling rot.

  • Apathy: Disinterest or undervaluing composting benefits.

 

Composting is perceived as intimidating, "only for those with expertise, a large amount of space & time, or a green thumb".

urban1.jpg
City-Urban-landscape-Photography-25.webp
Compost.jpg
46b.jpg
Identifying a Solution

Unlocking Accessible Composting.

By identifying existing solutions, we can discern a straightforward, easy-to-adopt composting method with the potential to lower the barriers of entry to composting, particularly for individuals and small families in metropolitan or urban settings.

Available Options
What Are Some Composting Methods?
open air compost.jpg
tumbler1.jpg
bokashi1.jpg
vermi1.jpg
Open Air Composting

Pros:

  • Low barrier-of-entry + cost

  • Large capacity

Cons:

  • Requires outdoor space

  • May attract pests

 

Best For:

Those with yard space & a mix of green and brown materials

Tumbler Composting

Pros:

  • Speeds up decomposition

  • Keeps pests out

Cons:

  • Requires large amount of space + active attention

 

Best For:

Those with some outdoor space who want faster results

Bokashi Composting

Pros:

  • Compact

  • Usable Indoors

Cons:

  • Continuous purchase of special bran/spray

  • More active management

 

Best For:

  • Small households

  • Meat and dairy composting

Vermicomposting

Pros:

  • Usable indoors + versatile scale

  • Produces year-round compost

Cons:

  • Requires temperature + moisture control for odor

  • Limited to certain food scraps

Best For:

  • Apartment dwellers

  • Those on-the-go

Power of the Worm

What is Vermicomposting?

Vermicomposting is a composting method that uses worms to break down food waste into nutrient-rich compost to be used in soil.

 

For those seeking a versatile, low-maintenance, and space-efficient composting method, vermicomposting stands out as the superior choice.

How it Works

Vermicomposting Process

  1. Setup Vermicompost Bin

  2. Prepare Bedding

  3. Add Worms

  4. Feed Worms

  • ½ the weight of the worms

  • 1-2 times a week

5. Maintain + Adjust Conditions

6. Harvest + Use Compost

  • Worm Tea (Liquids)

  • Worm Castings (Solids)

7. Repeat Steps 4-6

Depositphotos_24353869_xl-2015.webp
diy-worm-farm-and-vermicomposting.jpg
Vermicompost Applications

Worm Tea: Liquid Gold

There are many applicable benefits to why one would want to vermicomposting, including:

  1. Space Efficiency

  2. Year-long High-Quality Compost & Fertilizer Yield

  3. Reduces Waste + Greenhouse Gas Emissions

  4. Cost Effectiveness

  5. Easy Maintenance

  6. Versatility + Scale

The star of Vermicomposting is its "liquid gold" compost, or “worm tea”, a nutrient-rich vitamin boost for houseplants, flowers, window boxes, & urban gardens that enriches soil, boosts growth, and naturally repels pests without the need of chemical fertilizer:

It's Sustainable Magic in a Bottle.

Worm-liquid-LR-WM.jpg
balcony 4.jpg
balcony 2.jpg
Benchmarking
Indoor Bins: What's Out There?
Vivosun.jpg
Maze Worm Farm.jpg
Hot-frog-essential-living-composter-green.jpg
Can O Worms.jpg

$$

VIVOSUN Worm Compost Bin

Pain Points:

  • Poor Moisture Management

  • Odor Issues

  • Temperature/Ventilation Flaws

  • Aesthetic Issues

$$$

Maze Worm Farm

Pain Points:

  • Poor Moisture Management

  • Odor Issues

  • Messiness

  • Lack of Easy Drainage

$$

Hot Frog Essential Living Composter

Pain Points:

  • Durability Concerns

  • Odor Issues

  • Poor Moisture Management

  • Worm Migration Issues

Can-O-Worms

$$$

Pain Points:

  • Odor + Mold Issues

  • Worm Migration Issues

  • Poor Moisture Management

  • Aesthetic Issues

None Truly Belong Indoors.
Proposal

Design Opportunity.

A product family addressing wasted food by acting as an accessible gateway to more sustainable food waste practices, comprised of 3 user-centered solutions: 

     1. Semi-automated Full-scale Vermicompost System:

  • Redesigned to fit in modern urban indoor environments while promoting low-commitment passive monitoring, as well as integrating proper aeration & odor reduction features.

     2. Countertop Beginner Vermicompost System:

  • Lowers the barrier of entry with a compact, approachable design for first-time users exploring sustainable food practices.

     3. Compost/Food Waste Collection Bin:

  • Designed with portability in mind, it collects either pre-compost food scraps or the castings after a compost cycle.

wormmmmms.jpg
Large Bin Blurred.jpg
Small Bin Blurred.jpg
Smaller Bin Blurred.jpg
Personae
Target Market Representation.
House Plants 2.jpg
Emily Meyers

Location: Brooklyn, New York

Living Situation: Couple in a cramped apartment

Needs:

  • Space efficiency: low footprint

  • Easy to set up

  • Compost for house plants

Emily.jpeg
balcony 3.jpg
Carlos Rodriguez

Location: Chicago, Illinois

Living Situation: Family of 3 in a larger flat

Needs:

  • Low odor + mess

  • Easy to use + maintain

  • Compost for balcony garden

  • Affordable

Carlos.jpeg
Urban Garden 1.jpg
Priya Jensen

Location: Seattle, Washington

Living Situation: Alone in small condo

Needs:

  • Aesthetically pleasing

  • Space efficiency: low footprint

  • Compost for Community Garden

priya.jpeg
Application: Small Compost System
Application: Large Compost System
Application: Compost Collection Bin
Lawrence_FinalPresentationV2_Page_15.jpg
Lawrence_FinalPresentationV2_Page_16.jpg
Lawrence_FinalPresentationV2_Page_16.jpg
Lawrence_FinalPresentationV2_Page_16.jpg
Lawrence_FinalPresentationV2_Page_17.jpg
Lawrence_FinalPresentationV2_Page_16.jpg
Lawrence_FinalPresentationV2_Page_18.jpg
Lawrence_FinalPresentationV2_Page_16.jpg
Lawrence_FinalPresentationV2_Page_19.jpg
Lawrence_FinalPresentationV2_Page_16.jpg
Lawrence_FinalPresentationV2_Page_20.jpg
Lawrence_FinalPresentationV2_Page_16.jpg
Lawrence_FinalPresentationV2_Page_21.jpg
Lawrence_FinalPresentationV2_Page_22.jpg
Lawrence_FinalPresentationV2_Page_16.jpg
Lawrence_FinalPresentationV2_Page_23.jpg
Lawrence_FinalPresentationV2_Page_16.jpg
Lawrence_FinalPresentationV2_Page_24.jpg
Lawrence_FinalPresentationV2_Page_16.jpg
Lawrence_FinalPresentationV2_Page_25.jpg
Lawrence_FinalPresentationV2_Page_16.jpg
Lawrence_FinalPresentationV2_Page_26.jpg
Lawrence_FinalPresentationV2_Page_16.jpg
Lawrence_FinalPresentationV2_Page_27.jpg
Lawrence_FinalPresentationV2_Page_16.jpg
Lawrence_FinalPresentationV2_Page_28.jpg
Lawrence_FinalPresentationV2_Page_16.jpg
Lawrence_FinalPresentationV2_Page_29.jpg
Lawrence_FinalPresentationV2_Page_16.jpg
Lawrence_FinalPresentationV2_Page_30.jpg
Lawrence_FinalPresentationV2_Page_16.jpg
Lawrence_FinalPresentationV2_Page_31.jpg
Lawrence_FinalPresentationV2_Page_16.jpg
Lawrence_FinalPresentationV2_Page_32.jpg
Lawrence_FinalPresentationV2_Page_33.jpg
Lawrence_FinalPresentationV2_Page_16.jpg
Lawrence_FinalPresentationV2_Page_34.jpg
Lawrence_FinalPresentationV2_Page_16.jpg
Lawrence_FinalPresentationV2_Page_35.jpg
Lawrence_FinalPresentationV2_Page_16.jpg
Lawrence_FinalPresentationV2_Page_36.jpg
Lawrence_FinalPresentationV2_Page_16.jpg
Lawrence_FinalPresentationV2_Page_37.jpg
Lawrence_FinalPresentationV2_Page_16.jpg
Lawrence_FinalPresentationV2_Page_38.jpg
Lawrence_FinalPresentationV2_Page_16.jpg
Lawrence_FinalPresentationV2_Page_39.jpg
Lawrence_FinalPresentationV2_Page_16.jpg
Lawrence_FinalPresentationV2_Page_41.jpg
Potential Logo 2.png
bottom of page