Industries
Feed
What changes this industry: bio-solutions with evidence, technologies, suppliers and open money.
Overview of the industry
Mined and marine feed inputs — rock/dicalcium phosphate, fishmeal from reduction fisheries, soybean meal with its deforestation and formaldehyde-treatment baggage — and the fermentation, insect and single-cell alternatives already in commercial feeds. Distinct from veterinary (animal health drugs): this collection is about what the feed itself is made of.
Feed additives and novel proteins need authorization (EU Reg. 1831/2003 and PAP rules; in Russia: the Rosselkhoznadzor feed register, EAEU rules). The articles are overviews, not formulation advice.
Built with a direct join to the 1,320-company vendor index: 226 active companies carry the feed-additives/insect-protein tags — the largest cluster in the corpus.
Articles#
| ID | Problem → alternative | Replaces | Rating |
|---|---|---|---|
| FD01 | Phosphorus + protein efficiency → phytase, NSP enzymes, fermentation amino acids | Dicalcium/rock phosphate, excess crude protein (N pollution) | Replace |
| FD02 | Protein sourcing → black soldier fly meal, single-cell protein, microalgae | Fishmeal (forage fisheries), part of soybean meal | Replace (formula shares) / Partial (world protein) |
| FD03 | Feed hygiene → fermentation organic acids, silage inoculants, heat treatment | Formaldehyde feed disinfectants (IARC Group 1), chemical mold inhibitors | Replace (most programs) / Partial (high-challenge streams) |
| FD04 | Mycotoxin risk → enzymatic detox (FUMD, ZEN hydrolase), atoxigenic-strain prevention | Clay-binder-only programs; unavoidable toxin loads | Replace (specific toxins) / Partial (multi-toxin) |
| FD05 | Post-AGP shelf → yeast MOS/β-glucans, nucleotides, postbiotics | AGP-era “tonnage” additive logic (with V01) | Partial (program component) |
| FD06 | Feed protein from gas methane- and CO2-fermented single-cell protein | A share of fishmeal and imported protein concentrates (FD02 covers the wider field) | Replace (formula share) / Partial (world protein) |
Related articles elsewhere#
- Antibiotic growth promoters, ZnO, probiotics: V01, V02
- Mycotoxin detox enzymes: V11
- Aquaculture-specific feed and health: fishery
- Ethanol-mill protein co-products (DDGS): EN02
Reviewed but SKIPPED (no proven bio-alternative)#
| Substance / use | Hazard | Note |
|---|---|---|
| Formaldehyde feed “hygiene” treatment | Carcinogen, handled in mills | Organic-acid blends are partial; heat treatment and hygiene SOPs carry the rest (FD03) |
| Ruminant protein demand as a whole | Land use | Rumen biology sets limits; efficiency + by-product feeds partial only |
| Antinutritional factors in raw legume meals | Trypsin inhibitors | Heat/processing solves most; not a standalone bio-substitution story |
Buyers
147 buyers in the Bioecon database · Colombia (15), Peru (15), Philippines (13), Vietnam (13), Egypt (12), Indonesia (12), Russia (12), Kyrgyzstan (11), Kenya (10), Saudi Arabia (10), Ecuador (10), Armenia (6)
| Compound feed mill / feed manufacturer Buys feed additives, enzymes, amino acids, mycotoxin binders by the tonne — the concentrated buyer for V01/V02/FD articles. |
| Feed additive / animal-nutrition distributor The channel that already moves additives into a country; a partner candidate rather than an end buyer. |
Names are kept private; Bioecon makes the introduction.
What it replaces 8
| D2 | Feed hygiene without formaldehyde — fermentation organic acids, inoculants and heat treatment Replaces: Formaldehyde-based feed disinfectants/salmonella "hygiene enhancers" (formaldehyde + propionic blends sprayed on feed and feed ingredients); part of … | 5 | FEED |
| D2 | Yeast cell-wall (MOS/β-glucan), nucleotide and postbiotic additives instead of the antibiotic-growth-promoter era's ingredient logic Replaces: The AGP-era program of routine "tonnage" additives: subtherapeutic antibiotics (banned — V01), high zinc/copper growth doses (phasing out), and their … | 5 | FEED |
| D1 | Enteric methane from cattle and sheep reduced by bromoform-containing red seaweed (Asparagopsis), essential-oil and plant-extract feed additives, and low-methane genetics — instead of unabated emissions and synthetic inhibitors alone Replaces: Unabated enteric methane; reliance on the synthetic inhibitor 3-nitrooxypropanol (3-NOP) as the only approved tool; ionophore antibiotics (monensin) … | 5 | FEED |
| D1 | Feed enzymes (phytase) and fermentation amino acids instead of inorganic phosphate and excess crude protein Replaces: Dicalcium phosphate / rock-phosphate P supplements in pig and poultry feed; excess soybean-meal crude protein (ammonia, nitrate pollution); energy … | 6 | FEED |
| D1 | Gas-fermented single-cell protein (methane, CO2 and industrial off-gas) instead of fishmeal and imported protein concentrates in feed Replaces: Fishmeal from reduction fisheries and imported soybean/rapeseed protein concentrates in compound feed (as a formula share) | 3 | FEED |
| D1 | Insect meal, single-cell protein and algal ingredients instead of fishmeal and soybean meal in feed Replaces: Fishmeal from reduction fisheries (anchoveta, sandeel); soybean meal from deforestation frontiers (with antinutritional factors and formaldehyde-based … | 7 | FEED |
| D1 | Manure methane, ammonia and odour cut by anaerobic digestion with covered storage, low-protein diets balanced with fermentation amino acids, and biological air treatment of livestock houses — instead of open lagoons, sulfuric-acid slurry acidification and masking agents Replaces: Open anaerobic lagoons and uncovered slurry stores; slurry acidification with concentrated sulfuric acid; chemical masking/neutralizing odour sprays; … | 9 | SERV |
| D1 | Mycotoxin risk managed by enzymes and biological detoxification instead of clay binders alone Replaces: Clinoptilolite/bentonite "binders" as the only response to mycotoxin contamination (they adsorb aflatoxin but little else, dilute feed and add no … | 4 | FEED |
Screened candidates 1
| FD07 | L-methionine by fermentation instead of petrochemical DL-methionine drop — fermentation L-Met ~80 kt vs >1 Mt chemical DL-Met: no displacement — from company research 2026-10-06 | D1 |
Technologies 20
| Air biofiltration Biological air treatment systems utilizing microbial consortia to eliminate VOCs, odors, and industrial airborne pollutants. | Bioremediation |
| Algae & macroalgae (seaweed) Large-scale cultivation and processing of macroalgae (seaweed) into sustainable biopolymers, animal feed additives, and biofuels, decoupling production from … | Aquaculture & seafood |
| Alternative feeds for livestock Replacing soy meal and wild-caught fishmeal with black soldier fly larvae, mealworms, single-cell protein and microalgae — insect farms that turn food-industry … | Livestock & aquaculture |
| Amino acids for feed (lysine, methionine, threonine, tryptophan) Fermentation-produced lysine, methionine, threonine and tryptophan let feed formulators hit exact amino-acid targets with lower-protein diets, cutting nitrogen … | Food & alt-protein |
| Aquaculture & fish farming Farm-raised aquatic protein — Atlantic salmon net-pens, land-based recirculating (RAS) salmon, tropical Vannamei shrimp ponds and Chinese marine ranches — the … | Livestock & aquaculture |
| Bio-deactivation of anti-nutritional factors Enzymes and controlled fermentation are neutralizing the phytate, trypsin inhibitors and oligosaccharides that limit nutrient uptake from plant-based feed — an … | Food & alt-protein |
| Biogas and anaerobic fermentation Microbial anaerobic digestion of farm residues, energy crops and food waste into biogas, upgraded to grid-injectable biomethane (RNG) — a regional biogas … | Biofuels & bioenergy |
| Chelated minerals Organic mineral ingredients — iron, zinc, magnesium, calcium and manganese bound to an amino acid, glycinate or gluconate carrier rather than sold as an … | Food & alt-protein |
| Cultured meat for pets Cell-cultured and precision-fermented animal proteins are entering pet food ahead of human food in several markets — the UK became the first European country to … | Food & alt-protein |
| Deep grain processing (maltodextrin, starches, amino acids) Wet milling and enzymatic hydrolysis convert corn and wheat into maltodextrin, glucose syrups, modified starches and fermentation-derived feed amino acids … | Food & alt-protein |
| Feed-additive authorization (EFSA FEEDAP, FDA GRAS) Regulatory-affairs consultancies that prepare and submit the safety dossiers a feed-additive producer needs to sell in the EU (EFSA FEEDAP Panel review under … | Market access & commercial |
| Industrial Enzymes & Biocatalysis Industrial enzymes and biocatalysis replace chemical processes with protein-catalyzed reactions — cutting energy by 40–70%, reagent costs, and waste streams … | Enzymes & biocatalysis |
| Industrial insect farming Industrial-scale black soldier fly and mealworm farming is going through a hard correction in 2026 — a flagship European originator collapsed into insolvency … | Food & alt-protein |
| Industrial single-cell protein for feed Microbial single-cell protein grown by fermenting methane, CO2/hydrogen or side-streams into a high-protein feed ingredient that displaces fishmeal and … | Livestock & aquaculture |
| Liquid biopreparations for silage Liquid lactic-acid-bacteria inoculants applied at ensiling to preserve forage — homofermentative Lactobacillus plantarum for a fast pH drop and … | Agri-inputs & biocontrol |
| Methane reduction in ruminants Feed additives, red-seaweed and vaccine technologies that suppress enteric methanogenesis in cattle, sheep and goats — delivering 30–98% methane reduction while … | Livestock & aquaculture |
| Microalgae (seafood/feed) Cultivating microalgae to produce sustainable omega-3 oils and protein for aquafeed and human nutrition. | Aquaculture & seafood |
| Probiotics and postbiotics for companion animals Species-specific probiotics and heat-stable postbiotics for dog and cat gut health — a $3.2B market driven by pet humanisation, growing at 11% CAGR. | Food & alt-protein |
| Trace mineral feed additives Organic and hydroxy trace minerals (zinc, copper, manganese, selenium) chelated to amino acids or bis-chelated complexes replace inorganic sulfates/oxides in … | Livestock & aquaculture |
| Vitamins (D3, B-group, ascorbic acid) Industrial-scale vitamin manufacturing — B-group vitamins by direct fermentation, vitamin C by two-stage bioconversion of glucose, and vitamin D3 by UV … | Food & alt-protein |
Opportunities 1
| Tender | Lithuania – Laboratory reagents – 9580508 Reagentai molekuliniams tyrimams su įrangos įsigijimu panaudos būdu … Lietuvos sveikatos mokslų universiteto ligoninė Kauno klinikos (PV) | Oct 12, 2026 5 days |