High-rise apartment and condo residents face specific challenges in composting that don’t apply to single-family homeowners:
Jump to:
- Limited outdoor space (often a small balcony or no outdoor space at all)
- Weight restrictions for balcony loads (most balconies are rated for relatively low live loads)
- Weather exposure (wind, rain, sun, freezing temperatures depending on location)
- Building rules and HOA restrictions
- Pest risk in dense urban environments
- Distance from soil where compost could be used
- Smell and aesthetic concerns from close neighbors
Despite these challenges, balcony composting is achievable for many high-rise residents. The path differs from suburban or rural composting, but the result — diverting food waste from landfill, reducing your household’s environmental footprint, sometimes producing usable compost — is real.
This post walks through the practical methods that actually work for high-rise composting, what equipment to choose, and the off-site options when balcony composting isn’t workable.
The methods that work for high-rise composting
Three primary methods have proven workable for balcony and apartment composting:
1. Bokashi composting. A Japanese-developed system that uses anaerobic fermentation with specific bacterial cultures. Food waste is layered with bokashi bran (containing the bacterial cultures) in a sealed bucket. The bacteria ferment the food waste over 2 to 4 weeks, after which the material can be buried in soil or added to traditional compost to complete decomposition.
Advantages for high-rise: Sealed system (no smell, no pest attraction). Handles meat, dairy, and oils that other systems can’t. Compact (1 to 5 gallon bucket fits on most balconies). No need to turn or maintain.
Disadvantages: Doesn’t produce finished compost on its own — produces fermented material that still needs to decompose elsewhere. Requires bokashi bran ($15 to $30 per month). The end product needs disposal somewhere (yard, community garden, friend’s compost pile).
2. Vermicomposting (worm composting). A worm bin with red wiggler earthworms (Eisenia fetida) that consume food waste and produce nutrient-rich castings. Bins are sealed but ventilated, designed for indoor or sheltered outdoor placement.
Advantages for high-rise: Compact (typical bins 1 to 2 cubic feet). Aerobic so generally no smell when properly maintained. Produces finished compost (worm castings) that’s high quality for houseplants. Self-contained.
Disadvantages: Worms need attention — feeding, harvesting, temperature management. Some learning curve. Temperature sensitive (worms die below 40°F or above 90°F). Generates worm castings but slowly (a typical bin produces 5 to 10 lbs of castings per month).
3. Electric countertop composters. Devices (FoodCycler, Lomi, Vitamix FoodCycler) that grind and dry food waste in a few hours, reducing volume by 80 to 90% and producing a dry, lightweight material.
Advantages for high-rise: Very fast (1 to 3 hour cycles). Compact (countertop or small floor-standing units). Very effective at volume reduction. No smell.
Disadvantages: Not actually composting in the biological sense — the output is dried, ground material that still needs full decomposition. The dried material can be used as a soil amendment if other conditions are met. Higher upfront cost ($200 to $500 for the unit). Uses electricity.
Each method has trade-offs. The right choice depends on what you want to accomplish, how much space you have, and how much attention you’re willing to give the system.
The bokashi setup
For high-rise residents who want a hands-off, foolproof system that handles all food waste, bokashi is often the right answer. The setup:
Equipment: Bokashi composting bucket ($30 to $60), bokashi bran ($15 to $30 per month for typical household use).
Process:
1. Add food waste in layers, sprinkling bokashi bran on top of each layer (about 1 tablespoon per inch of waste).
2. Press the food waste down to remove air pockets.
3. Keep the bucket sealed except when adding food.
4. Drain the “bokashi tea” (liquid that accumulates at the bottom) every few days. This liquid is diluted with water and used as plant fertilizer.
5. When the bucket is full, seal it and let it ferment for 2 to 4 weeks.
6. The fermented material is now ready for next-step decomposition: bury in soil, add to a community compost pile, or give to a friend with a yard.
Cost: $30 to $60 startup, $15 to $30 per month for bokashi bran.
Output: Fermented food waste that needs to go to soil. Bokashi tea (liquid) for plant fertilization.
Space: 1 to 2 buckets typically (one being filled, one fermenting). Each bucket is about 1 to 2 cubic feet.
Attention required: Minimal. 30 seconds per food disposal event. Bokashi tea drainage every few days.
The vermicomposting setup
For high-rise residents who want to produce actual finished compost and don’t mind a bit more attention, vermicomposting works well. The setup:
Equipment: Worm bin ($60 to $150), red wiggler worms ($25 to $40 for 1 lb of worms, enough to start), bedding (newspaper, cardboard, peat moss).
Process:
1. Set up the bin with bedding material moistened to the consistency of a wrung-out sponge.
2. Add worms.
3. Begin adding food waste in small amounts. Start with about 1/2 lb per week and increase as the colony grows.
4. Maintain moisture (mist if needed), temperature (60-80°F is ideal), and feeding rate.
5. Harvest worm castings every 2 to 4 months.
Cost: $85 to $190 startup, minimal ongoing cost (occasional bedding refresh).
Output: Worm castings (premium soil amendment) at about 5 to 10 lbs per month from a healthy bin.
Space: 1 to 2 cubic feet for a typical apartment-sized bin.
Attention required: Moderate. Daily feeding (or every other day), weekly check on moisture and conditions, monthly harvest.
Risks: Worms can escape from a poorly-sealed bin. Worms die if extremes of temperature or moisture occur. Some learning curve in the first few months.
The electric composter setup
For high-rise residents who want maximum convenience and don’t mind the higher upfront cost, electric composters are increasingly popular. The setup:
Equipment: Electric composter unit ($200 to $500). Vitamix FoodCycler, Lomi, FoodCycler Max are leading brands.
Process:
1. Add food waste to the unit.
2. Press the start button.
3. The unit grinds and heats the food waste for 1 to 3 hours.
4. The output is a dry, lightweight material that’s reduced in volume by 80 to 90%.
5. The output can be added to potted plants, donated to community gardens, or composted elsewhere.
Cost: $200 to $500 startup, electricity costs of perhaps $5 to $10 per month for typical use.
Output: Dried, ground food waste. Not technically finished compost; needs further decomposition for full compost utility.
Space: Countertop unit, typically 12-18 inches in each dimension.
Attention required: Minimal. 30 seconds per cycle plus emptying the output container.
Considerations: The output material is dried and ground but not fully composted. To realize full benefit, the material needs to complete decomposition in soil. Many users add the output to potted plants where it gradually completes decomposition.
When balcony composting isn’t viable
For some high-rise residents, on-site composting isn’t workable. Common reasons:
- Building rules explicitly prohibit composting equipment
- Balcony space too small or non-existent
- Severe pest risk in the building
- Allergies or sensory issues with composting smells/materials
- Travel patterns that make consistent maintenance impossible
- Climate extremes that make outdoor composting non-functional
In these cases, off-site composting is the right path. Options:
1. Curbside organics pickup. Many US cities now offer curbside compost pickup as part of waste services. San Francisco, Seattle, Portland, Vermont, and increasingly New York City and many smaller cities have programs. Check your municipal website.
2. Drop-off composting at farmers markets. Some farmers markets in many cities offer drop-off for residents’ food waste. Common in urban centers like NYC, DC, Chicago, San Francisco.
3. Community garden composting. Some community gardens accept food waste donations from neighborhood residents in exchange for participation.
4. Compost service subscriptions. Companies like CompostNow (in some US cities) and similar services pick up compostables from residents weekly for a monthly fee ($15 to $40).
5. Coffee shop and restaurant compost collection. Some local restaurants and cafés with their own composting will accept neighborhood compost contributions.
6. Workplace composting. Some offices have on-site composting that employees can contribute to.
Off-site composting is often the easier path for high-rise residents. The composting effort is distributed to professional infrastructure rather than each resident managing their own system.
What to expect realistically
Realistic outcomes for high-rise composting:
Maximum impact (well-maintained on-site system):
– Divert 5 to 10 lbs of food waste per week from landfill
– Reduce household trash volume by 30 to 50%
– Reduce environmental footprint by an estimated 100 to 200 lbs CO2-equivalent per year
– Produce 25 to 100 lbs of finished compost (vermicomposting) or sub-product (bokashi) per year
Moderate impact (off-site composting through curbside or subscription):
– Divert all household food waste to commercial composting
– Reduce landfill contribution significantly
– Similar environmental impact (the compost is just produced elsewhere)
– No on-site labor
Limited impact (occasional drop-off at farmers market):
– Divert some portion of food waste (often 30 to 70% based on consistency)
– Smaller environmental impact
– Lower commitment
All of these are improvements over the alternative (food waste to landfill). The choice depends on what level of commitment fits your household.
Specific suppliers and resources
For equipment:
– Bokashi buckets: Bokashi Living, SCD Probiotics, Bokashi Cycle. Available on Amazon and specialty retailers.
– Worm bins: Worm Factory, Hungry Bin, The Squirm Firm bins. Multiple compact options.
– Electric composters: Vitamix FoodCycler, Lomi, FoodCycler Max. Available at major retailers.
– Worms: Uncle Jim’s Worm Farm, various online vendors. Ensure you’re getting red wigglers (Eisenia fetida), not earthworms (Lumbricus terrestris), which don’t compost food waste effectively.
For services:
– CompostNow: Available in NC, GA, TN
– CompostHaul: Available in NYC and surrounding areas
– Veteran Compost: Available in MD, DC, VA
– Local services: Most US metro areas now have at least one private composting service. Search for “compost pickup [your city]”
For broader composting context
High-rise composting is part of the broader transition to mass diversion of organic waste from landfill. The same commercial composting infrastructure that handles foodservice waste (including the compostable food containers, compostable cups and straws, and other compostable foodware our site covers) handles residential food waste through curbside collection, drop-off programs, and subscription services.
The broader trend: organics diversion from landfill is expanding rapidly through municipal mandates (California, Vermont, Washington, etc.), private subscription services, and growing consumer interest. High-rise residents are part of this transition, not excluded from it.
A final thought
High-rise composting can feel daunting if you’re starting from no experience. The key is to pick one method that fits your specific situation and commit to it for a few months. Bokashi is easiest to maintain but produces an intermediate product. Vermicomposting produces excellent compost but requires more attention. Electric composters require almost no attention but cost more upfront. Off-site composting requires minimal effort but no on-premises engagement with the process.
There’s no single right answer. Pick what works for you and start. Most high-rise residents who begin composting report that it becomes routine within a few months, and the environmental impact is real even at apartment scale.
For commercial buildings and multi-unit residential operators considering installing composting infrastructure to support tenants, the supplier landscape and operational considerations are similar to office foodservice. A combination of resident-facing equipment (worm bins, bokashi systems) and building-managed organics collection often produces good results for the whole building.
For B2B sourcing, see our compostable supplies catalog or compostable bags catalog.
Background on the underlying standards: ASTM D6400 defines the U.S. industrial-compost performance bar, EN 13432 harmonises the EU equivalent, and the FTC Green Guides govern how “compostable” can be marketed on packaging in the United States.