Technology · Agri-food systems / Food & alt-protein
Rare sugars and enzymatic sweeteners
Enzymatic epimerization turns commodity starch and fructose into allulose and tagatose — naturally occurring low-calorie sugars with sugar-like taste — while a separate fermentation route delivers stevia-derived sweeteners, moving allulose from 'unicorn ingredient' to commercial reality.
1 · What it gives
Rare sugars and enzymatic sweeteners use engineered enzymes — epimerases in particular — to convert commodity fructose or starch into low-calorie monosaccharides such as allulose (D-psicose) and tagatose that occur naturally in small quantities but taste and behave like ordinary sugar. Ingredion holds a patent describing epimerase-based conversion of fructose to allulose, and organic allulose has reportedly “crossed the line from industry legend to commercial reality” as a clean-label, reduced-sugar formulation ingredient. Bonumose produces high-volume, naturally occurring monosaccharides from commodity starch and sugar feedstocks using innovative enzyme combinations, and partnered with protein-engineering firm Allozymes in 2025 to accelerate new enzyme development. A parallel, non-sugar sweetener route uses fermentation rather than enzymatic conversion: Tate & Lyle and Manus Bio launched Yume, a stevia-derived sweetener brand, as allulose and tagatose gain prominence alongside it in the broader better-tasting, healthier-sweetener market.
Key directions of rare sugars and enzymatic sweeteners:
- Enzymatic epimerization of commodity sugars (Enzymatic Epimerization of Commodity Sugars): epimerase enzymes convert abundant fructose into rare sugars like allulose without a full fermentation process.
- High-volume rare-monosaccharide production (High-Volume Rare- Monosaccharide Production): enzyme-combination processes converting starch/sugar feedstocks into naturally occurring monosaccharides at commercial scale rather than trace extraction.
- Fermentation-derived non-sugar sweeteners (Fermentation-Derived Non-Sugar Sweeteners): stevia-derived or other non-sugar sweetener molecules produced via precision fermentation as a complementary category to enzymatic rare sugars.
- Clean-label reduced-sugar reformulation (Clean-Label Reduced-Sugar Reformulation): food brands reformulating existing sugar-sweetened products around allulose/tagatose to cut caloric sugar while keeping a clean ingredient label.
Sectoral value chain#
[feedstock sourcing] ──> [enzyme engineering] ──> [enzymatic conversion] ──> [purification]
│
(regulatory
labeling status)
│
▼
[food/beverage reformulation] <─── [ingredient sale] <───┘
Value chain levels#
| Level | Description | Key inputs/outputs |
|---|---|---|
| Feedstock Sourcing | procuring commodity starch or fructose as the conversion substrate | In: starch, fructose syrup. Out: feedstock supply. |
| Enzyme Engineering | developing or licensing epimerase and related conversion enzymes | In: enzyme R&D/partnerships. Out: production enzyme. |
| Enzymatic Conversion | converting feedstock into the target rare sugar | In: feedstock, enzyme. Out: crude rare-sugar syrup/crystal. |
| Purification | refining the conversion output into a food-grade ingredient | In: crude output. Out: purified allulose/tagatose. |
| Ingredient Sale | selling the purified rare sugar to food/beverage manufacturers | In: purified ingredient. Out: revenue. |
| Food/Beverage Reformulation | brands substituting rare sugar for conventional sugar in products | In: rare-sugar ingredient. Out: reduced-sugar finished product. |
Cross-cutting technologies of the sector:
- Epimerase enzyme engineering (Epimerase Enzyme Engineering): protein-engineering partnerships developing improved epimerase variants for higher-yield sugar conversion.
- Enzyme-combination process design (Enzyme-Combination Process Design): multi-enzyme cascades converting commodity feedstocks to rare sugars at industrial volume.
- Regulatory caloric/labeling classification (Regulatory Caloric/Labeling Classification): securing a favorable calorie-count and labeling classification for a naturally occurring but rare sugar.
2 · What it replaces 6 · matched by industry
| D1E3 | Fermentation and plant-derived sweeteners instead of aspartame, saccharin and sucralose Replaces: Artificial high-intensity sweeteners — aspartame (IARC 2B since 2023), saccharin, sucralose, acesulfame-K in beverages and dairy; part of … | FOOD |
| D3E– | Enzymatic high-fructose syrup from starch instead of sucrose and acid hydrolysis Replaces: Cane and beet sucrose in beverages and processed foods; acid hydrolysis of starch for glucose syrup | FOOD |
| D2E– | Enzymatic degumming (phospholipases) and enzymatic interesterification (immobilized lipases) of edible oils instead of acid–caustic chemical degumming and sodium-methoxide chemical interesterification Replaces: Phosphoric/citric acid plus caustic soda degumming and neutralization (soapstock, wastewater, oil losses); chemical interesterification with … | FOOD |
| D3E– | Citric acid by Aspergillus niger fermentation instead of extraction from citrus fruit Replaces: Citric acid extracted from lemons, limes and other citrus (calcium citrate route, Italy and California before 1930) | FOOD |
| D3E2 | Glutamate and MSG by bacterial fermentation instead of protein hydrolysis and chemical synthesis Replaces: Hydrolysis of wheat gluten or soybean protein with hydrochloric acid (1909–1960s); acrylonitrile-based chemical synthesis (Japan, … | FOOD |
| D1E– | Baking enzymes (fungal amylase, maltogenic amylase, xylanase, glucose oxidase, lipase) plus ascorbic acid instead of potassium bromate and azodicarbonamide as flour treatment agents Replaces: Potassium bromate (KBrO₃) and azodicarbonamide (ADA) used as oxidizing flour improvers/dough conditioners; part of chemical emulsifier use … | FOOD |
3 · How to implement 6 steps
- 1Feedstock sourcingFeedstock & raw materialsCommodity starch or fructose syrup is procured as the conversion substrate.Who can do this step matched automatically✓ BRCGS ✓ HACCP ✓ ISO 22000 228,000 tons“[Alcoholic Beverages & Biofuels ]MS90: High-Performance Molasses Yeast for Faster, Tolerant, High-Yield Ethanol Fermentation [”Sea6 Energy Indiaindustrial scale“Sea6 Energy (founded 2010, headquartered in Bangalore, India) develops mechanized tropical seaweed farming and converts cultivated seaweed biomass into carbon-negative, sustainable …”India Glycols (NSE) India✓ FSSC 22000 ✓ ISO 22000 7,500 MT/ industrial scale“India Glycols Limited holds the distinction of being the only green petrochemical company of its kind and is the first and only in the world to have commercialized the production …”Entobel Vietnam✓ HACCP ✓ ISO 22000 1,000 MT industrial scale“Entobel complies with highest standards in the industry (ISO 22000), only use tracable feedstocks and is FDA approved.”
- 2Enzyme engineeringEpimerase or other conversion enzymes are developed or licensed, sometimes through a dedicated protein-engineering partnership.
- 3Enzymatic conversion & purificationPurification & downstreamThe feedstock is converted into the target rare sugar and purified to a food-grade ingredient.Who can do this step matched automaticallyEsco Aster Singapore✓ FSSC 22000 ✓ ISO 22000 5,000 L industrial scale“Adherent cell culture and downstream processing: commercialized Tide Motion bioreactor platform (MiniTide to TideXcell) with closed automated cell harvesting and single-use …”✓ FSSC 22000 ✓ ISO 22000 500 m3“Development of robust, scalable fermentation and downstream processing (production and recovery/yield optimization).”Keclon Argentina✓ FSSC 22000 60,000 liters industrial scale“Maximize volumetric productivity and downstream processing at pilot scale”SyncoZymes (Shanghai) China1,200 tons industrial scale“CRO/CDMO and Testing/Quality Research Services: Comprehensive contract research and development, analytical, and quality assessment capabilities with access to NMR, LC-MS, GC-MS, …”
- 4Regulatory labeling reviewPackaging & fill-finishThe rare sugar’s caloric-count and labeling classification is confirmed with FDA or EFSA before ingredient sale.Who can do this step matched automaticallyRWDC Industries Singaporeindustrial scale“2026-04-02 [A Major Step Forward in the Fight Against Microplastics — RWDC Industries is positioning itself as a leader in sustainable biopolymers, specifically Solon PHA, a fully …”India Glycols (NSE) India✓ FSSC 22000 ✓ ISO 22000 7,500 MT/ industrial scale“Key partners/customers mentioned: Bacardi bottling tie-up; JV with Clariant; tech partnerships with Wittemann, Hitachi, Air Liquide and Praxair; global/brand partnerships …”Pakka (ex-Yash Pakka) India1940 MT per annum industrial scale“Pakka Limited (located in Ayodhya, India) provides regenerative packaging solutions for food products.”Ecoware India1,500 tons/“Our range of 135+ biodegradable and compostable products includes plates, bowls, cups, trays, takeaway containers and custom food packaging solutions trusted by restaurants, cafés, …”Avani Indonesia“Sustainable packaging solutions”
- 5Ingredient saleThe purified rare sugar or fermentation-derived sweetener is sold to food and beverage manufacturers.
- 6Product reformulationFormulation & blendingBrands reformulate existing sugar-sweetened products around the new ingredient, cutting caloric sugar while keeping a clean label.Who can do this step matched automatically✓ FSSC 22000 ✓ ISO 22000 500 m3“This is a satellite blending, mixing and formulation facility, located at Vashind near Shahapur and dedicated to the company’s Animal Nutrition business.”India Glycols (NSE) India✓ FSSC 22000 ✓ ISO 22000 7,500 MT/ industrial scale“Recent expansions and new facilities across процесses: MEG production growth (up to 200,000 MTPA), EO purification, ethoxylate, sulphation, formulation plants, and …”Lypid Taiwan“Lypid develops PhytoFat™, a microencapsulated plant-oil fat ingredient and “animal-fat analogue” used by alternative-protein food brands to deliver richer mouthfeel and cooking …”
4 · Who delivers
Matched suppliers (matched automatically)
| COFCO Biotechnology 中粮科技 (SZ 000930) | China | Research / RTO | active |
| Agrana | Austria | Producer | active |
| Shandong Bailong Chuangyuan (BLD Bio) | China | Research / RTO | active |
| Tereos | France | Producer | active |
| Incauca | Colombia | Producer | active |
| Alchemy Foodtech | Singapore | Producer | active |
In the services and supply catalogue 1 · paid service
Contract manufacturing (CMO/CDMO/toll)
Leading companies and institutes (from the brief)
| Company / Institute | Country | Key products / platforms | Tech features | Status 2026 |
|---|---|---|---|---|
| Bonumose | 🇺🇸 USA | High-volume enzymatic rare sugars | enzyme-combination conversion; Allozymes partnership (2025) | Commercial |
| Ingredion | 🇺🇸 USA | Epimerase-based allulose | patented fructose-to-allulose conversion process | Commercial |
| Tate & Lyle | 🇬🇧 UK | Yume stevia-derived sweetener | fermentation-derived non-sugar sweetener brand | Commercial |
| Manus Bio | 🇺🇸 USA | Fermentation sweetener platform | precision-fermentation partner behind Yume | Commercial |
5 · Rules & route to market
Route into Russia / EAEU: FOOD · Rospotrebnadzor / EAEU
declaration of conformity, or SGR within 30 calendar days for new/specialized ingredients (plus tests)
Information, not legal advice — confirm the procedure for your product. (2026-10-06)
declaration of conformity, or SGR within 30 calendar days for new/specialized ingredients (plus tests)
Information, not legal advice — confirm the procedure for your product. (2026-10-06)
United States
The US hosts an enzyme-engineering rare-sugar originator and the ingredient giant holding a core epimerization patent.
enzyme-engineering partnerships, epimerase patents, commercial-reality allulose reformulation#
- Bonumose: produces high-volume, naturally occurring monosaccharides from commodity starch and sugar using innovative enzyme combinations, and partnered with Allozymes in 2025 to accelerate enzyme innovation.
- Ingredion: holds a patent on epimerase-based fructose-to-allulose conversion, positioning it among the core enzymatic-conversion IP holders in the category.
European Union
The UK-headquartered ingredient major anchors the region’s rare-sugar and adjacent fermentation-sweetener activity.
stevia-derived sweetener brand launch, allulose/tagatose market growth, clean-label reformulation demand#
- Tate & Lyle: launched Yume, a stevia-derived sweetener brand, in partnership with fermentation specialist Manus Bio, alongside broader market growth in allulose and tagatose as consumers seek healthier, better-tasting sweeteners.
- Market-growth signal: industry data cited in trade coverage identifies allulose and tagatose as gaining prominence specifically because they combine health positioning with genuine sugar-like taste, unlike many earlier sugar substitutes.
China
Public information on a dedicated Chinese rare-sugar/enzymatic-sweetener originator at the scale of the US/EU leaders was not confirmed in this pass; the section stays at the policy level.
no confirmed flagship originator, regional distribution channels, adjacent ingredient trade activity#
- No confirmed flagship originator: neither of the two East Asian candidates investigated in this pass returned a source directly confirming a rare-sugar/enzymatic-sweetener production program.
- Regional distribution activity: bulk allulose supply listings circulate through Chinese ingredient-trading platforms, reflecting active regional trade in the ingredient without a confirmed domestic originator.
- Adjacent academic research: metabolic-engineering research on allulose production (e.g., via Corynebacterium glutamicum) is active in the wider literature, ahead of a confirmed commercial-scale originator in this specific pass.
6 · Money: tenders & grants
No open tender or grant matched right now.
7 · Tech stack & innovations
The stack converts abundant commodity sugars into rare, low-calorie equivalents at industrial volume.
- Epimerase-driven fructose conversion (Epimerase-Driven Fructose Conversion):
- epimerase enzymes rearrange fructose’s molecular structure into allulose, a rare sugar occurring only in trace amounts in nature.
- case: Ingredion’s patented process describes exactly this epimerase-based fructose-to-allulose conversion route.
- Multi-enzyme combination cascades (Multi-Enzyme Combination Cascades):
- combinations of enzymes convert starch or sugar feedstocks into naturally occurring monosaccharides at high volume rather than trace extraction.
- case: Bonumose’s enzyme-combination process is the basis of its high-volume rare-monosaccharide production.
- Fermentation-based non-sugar sweetener production (Fermentation-Based Non-Sugar Sweetener Production):
- a host organism is engineered to produce a non-sugar sweetener molecule (e.g., a stevia glycoside) via fermentation rather than enzymatic sugar conversion.
- case: Manus Bio’s fermentation platform underlies the Yume stevia-derived sweetener brand launched with Tate & Lyle.
Sources 4 · 0 independent · 4 producer sites
Producers' own sites 4
- Bonumose producer checked 2025-03-31 · link not kept
- Ingredion producer checked 2026-07-01 · link not kept
- Tate lyle producer checked 2026-06-11 · link not kept
- Manus bio producer checked 2026-02-26 · link not kept