Bio-solution · WC02 · Waste & circular economy
Food and market organic waste treated by black soldier fly (BSF) larvae, composting and bokashi fermentation instead of landfilling, open dumping and incineration of wet waste
Replaces
Landfilling and open dumping of food/market waste (methane, leachate, vectors); incineration of high-moisture organic waste; chemical fly and odour control at dumps
Landfilling and open dumping of food/market waste (methane, leachate, vectors); incineration of high-moisture organic waste; chemical fly and odour control at dumps
→
Scope
Municipal food waste, market and agro-industrial organics; household, community and industrial scale
Municipal food waste, market and agro-industrial organics; household, community and industrial scale
Suppliers 11
| Sanergy | Kenya | active |
| Bokashi Bran (Pty) Ltd | South Africa | active |
| OR Recycling Park | Israel | active |
| Natpro Chile | Chile | active |
| Lombricorp S.A. | Ecuador | active |
| EcoBios | South Korea | active |
| Magalarva | Indonesia | active |
| Inno Integrasi Sdn Bhd | Malaysia | active |
| Accra Compost and Recycling Plant Limited | Ghana | active |
| Biocomp | Brazil | active |
| Entobel | Vietnam | active |
Route into Russia / EAEU SERV
- Regulator
- — (operator: Rosprirodnadzor, Rostechnadzor)
- Typical time
- none for the service; operator permits (integrated environmental permit ~1 month)
- Legal basis
- No product registration; operators of category I facilities need an integrated environmental permit (Federal Law 7-FZ Art. 31.1) and, where relevant, Rostechnadzor licences
Information, not legal advice — confirm the procedure for your product.
Proof 6 claims
Old process
Landfilling, open dumping, and conventional composting.
Landfilling, open dumping, and conventional composting.
→
New practice
Black soldier fly (BSF) larvae bioconversion of organic waste into larval biomass (for feed) and frass (for fertilizer).
Black soldier fly (BSF) larvae bioconversion of organic waste into larval biomass (for feed) and frass (for fertilizer).
- Displaced at scale?
- no
- Caveats
- While BSF bioconversion is a promising and increasingly studied technology, it has not yet achieved a majority share of waste management markets globally or nationally; it currently operates primarily at pilot, community, or niche scales. Evidence of displacement is largely based on pilot projects or comparative life-cycle assessments rather than large-scale national market replacement.
- checked
- 2026-10-06
| Households in Kiambu County, Kenya, that adopted BSF technology recycled 3-fold higher volumes of organic waste annually compared to those using conventional composting. “Households adopting BSF recycle 3-fold higher volumes of organic waste annually and generate 5-fold higher return on investment than those using conventional composting.” Kenya · 2026 · pilot or niche | peer-reviewed ✓ link.springer.com |
| A life cycle cost analysis in Semarang, Indonesia, found that BSF-based systems have a lower total cost of $1785.21 per ton compared to $2541.82 per ton for conventional composting. “Meanwhile, the BSF method has an LCC of 1785.21 USD with investment and operational costs of 1169.98 USD and 614.23 USD.” Indonesia · 2025 · pilot or niche | peer-reviewed exa.ai |
| A pilot project in Thailand diverted nearly 79% of organic waste from landfills over a two-year period using BSF larvae. “During a pilot project in Thailand, Usapein and Chavalparit (2014) reported that using BSF larvae for food waste treatment diverted nearly 79% of organic waste from landfills over a two-year period.” Thailand · 2014-2016 · pilot or niche | peer-reviewed ✓ www.frontiersin.org |
| The actual adoption rate of black soldier fly larvae (BSFL) as a protein source in animal feed among surveyed livestock farmers in Sub-Saharan Africa is four percent. “The results show that about 20 percent of surveyed farmers are aware of BSFL as a protein source in animal feed, and the actual adoption rate of BSFL is four percent.” Sub-Saharan Africa · 2025 · minority but measured share or volume | peer-reviewed www.frontiersin.org |
| A global study mapped 121 black soldier fly companies worldwide. “At the time of writing, this report mapped 121 BSF companies worldwide.” global · 2023 · pilot or niche | weak (company, news, market research, other) ✓ www.subnational.finance |
| The vast majority of reviewed black soldier fly larvae production systems that valorize livestock manure operate at the micro-scale level. “The results further show that, to date, most manure-valorizing BSFL production systems operate at the micro-scale level.” global · 2023 · pilot or niche | peer-reviewed mdpi.com |
Details
Replaces: landfill and open dumping of organics · Scope: municipal, market and agro-industrial organic waste · Evidence: high
The chemical problem#
- Organic waste makes up about half of municipal waste in low- and middle-income countries; most of it is dumped or landfilled.
- In landfills it decomposes without oxygen → methane and acidic leachate; open dumps breed flies and rats and often burn.
- Incinerating wet organics wastes energy and needs auxiliary fuel.
Product overview#
- Black soldier fly (BSF) larvae — larvae eat source-separated organic waste in 10–14 days, reduce its mass by roughly half or more, and produce protein/fat for feed (see FD02) and frass fertilizer (NU03).
- Composting — windrow, in-vessel or aerated static pile, producing a quality-assured soil improver.
- Bokashi — lactic-acid fermentation of food waste with inoculated bran; pre-treats waste at household and canteen scale before soil burial or composting.
- Anaerobic digestion of food waste — covered in EN04.
Active ingredient / Composition#
- BSF: Hermetia illucens larvae; feeding rates around 100 mg waste per larva per day in optimized systems.
- Bokashi bran: lactic-acid bacteria, yeasts and phototrophic bacteria on a bran carrier.
- Compost: mixed microbial succession (mesophilic → thermophilic → maturation).
Key facts#
| Parameter | Value |
|---|---|
| BSF waste reduction | Typically 40–80 % dry-matter reduction depending on substrate |
| BSF greenhouse balance | LCA of a BSF facility: global-warming potential several times lower than open windrow composting of the same biowaste |
| Feedstock | Protein and fat-rich food waste gives faster larval growth; fibrous waste slower |
| Regulation | EU: insects may be fed only “feed-grade” substrates (no catering waste or manure for feed insects); rules are looser in many Asian and African countries — check before selling larvae as feed |
Advantages#
- Turns a disposal cost into two products: insect protein and fertilizer.
- Short processing time (2 weeks) and small footprint compared with composting.
- Works at decentralized scale (markets, canteens, cities without landfill space).
- Cuts landfill methane and leachate at the source.
Mode of action#
- BSF larvae and their gut microbes digest proteins, fats and carbohydrates; larval activity also aerates the substrate and suppresses pathogens and house-fly breeding.
- Composting microbes mineralize organics; thermophilic phase (>55 °C) sanitizes.
- Bokashi lowers pH by lactic fermentation, preserving the waste and limiting odour until it is buried or composted.
Application#
| Situation | Target | Method, timing and specifics |
|---|---|---|
| City markets, food processors | Volume reduction, protein | BSF facility with source-separated organics; frass to farms |
| Households, canteens | Odour-free storage | Bokashi buckets; finish in soil or compost |
| Municipal green and food waste | Soil improver | Windrow or in-vessel composting to a quality standard |
| Wet waste with energy demand | Gas | Anaerobic digestion (EN04), digestate to NU03 |
Limitations#
- Needs source separation; plastics and glass contaminate the outputs.
- Feed-safety law limits which wastes may feed insects destined for animal feed.
- BSF needs stable temperature (25–35 °C) and moisture management.
- Market for frass and larvae must be built; prices vary.
Evidence of displacement — D1: works, adoption not proven#
Verified figures (the number is in the quoted sentence and the sentence is on the source page):
- displacement — A pilot project in Thailand diverted nearly 79% of organic waste from landfills over a two-year period using BSF larvae. (Thailand, 2014-2016; peer-reviewed: frontiersin.org)
- driver — A global study mapped 121 black soldier fly companies worldwide. (global, 2023; weak: subnational.finance)
- performance — Households in Kiambu County, Kenya, that adopted BSF technology recycled 3-fold higher volumes of organic waste annually compared to those using conventional composting. (Kenya, 2026; peer-reviewed: link.springer.com)
Suppliers — real products and services (from the vendor index)#
Active vendors whose own card shows BSF waste treatment, composting or bokashi products/services.
Update 2026-10-06: removed after the freshness refresh — no longer
active: Insectta (in liquidation, Sept 2026).
| Company | Region · Country | What the index shows | Card |
|---|---|---|---|
| Sanergy | Africa/ME · Kenya | BSF insect protein and organic fertilizer from sanitation and organic waste | card |
| Bokashi Bran (Pty) Ltd | Africa/ME · South Africa | bokashi for food-waste management | card |
| OR Recycling Park | Africa/ME · Israel | organic waste recycling | card |
| Natpro Chile | LatAm · Chile | BSF bioconversion of agro-industrial by-products | card |
| Lombricorp S.A. | LatAm · Ecuador | organic waste processing and agricultural inputs | card |
| EcoBios | Asia · South Korea | BSF insect protein from food waste | card |
| Magalarva | Asia · Indonesia | BSF insect protein (social enterprise) | card |
| Inno Integrasi Sdn Bhd | Asia · Malaysia | aerobic composting of organic waste | card |
| Accra Compost and Recycling Plant Limited | Africa/ME · Ghana | municipal waste sorting and composting facility (since 2012) | card |
| Biocomp | LatAm · Brazil | three composting plants and residue management (Minas Gerais) | card |
| Entobel | Asia · Vietnam | industrial BSF plant upgrading by-products to protein, oil and frass | card |
Government funding signals#
Scanned 2026-10-01 (OpenAIRE + NSF); candidates reviewed by hand.
Signal: Strong. 50 BSF candidates, including Innovate UK 32911 “HiPer-Fly” (high-performance BSF breeds, £387 k), Innovate UK 10071795 (BSF micro-farm pilot), UKRI-BBSRC “Domestication of the Black Soldier Fly” (BB/S507635/1), and Austrian FWF P 35401 (€591 k) and the citizen-science project TCS 48 “Six-legged Livestock: Rearing Black Soldier Fly on biowaste”.
Scientific evidence#
- Diener S, Zurbrügg C, Tockner K (2009). Conversion of organic material by black soldier fly larvae: establishing optimal feeding rates. Waste Management & Research 27: 603–610.
- Lalander C, Diener S, Zurbrügg C, Vinnerås B (2019). Effects of feedstock on larval development and process efficiency in waste treatment with black soldier fly (Hermetia illucens). Journal of Cleaner Production 208: 211–219.
- Mertenat A, Diener S, Zurbrügg C (2019). Black soldier fly biowaste treatment – assessment of global warming potential. Waste Management 84: 173–181.
- Lin CSK, Pfaltzgraff LA, Herrero-Davila L, et al. (2013). Food waste as a valuable resource for the production of chemicals, materials and fuels. Current situation and global perspective. Energy & Environmental Science 6: 426–464.
Bioeconomy value#
Food waste is the one feedstock every city produces daily. BSF turns it into feed protein and fertilizer within two weeks, and the operators in this index link waste-management buyers (municipalities) with feed buyers (aquafeed mills).
Cross-links: FD02 insect meal; NU03 frass and compost; EN04 waste biomethane; WC03 sludge.