The economics of sugar reduction at scale

The number that decides whether a sugar reduction project pencils out is not price per kilo. It is cost per finished unit at the dose you actually use. Because a high-intensity sweetener is used at a tiny fraction of sugar's mass, a headline price many times higher per kilo still lands cheaper per serving. That is the number to compare.

Ask a procurement lead what sugar reduction costs and you usually get a per-kilo answer. A bag of sugar runs cents. A high-intensity sweetener runs dollars per kilo. On that basis the switch looks like a loss before you reformulate a single SKU. That comparison kills good projects early, and it is the wrong one.

What is cost-in-use, and why is it the number that matters?

Cost-in-use is the effective ingredient cost per finished unit at the level a product requires. You take the ingredient price, multiply by the dose per liter or per bar or per serving, and that is what you compare. Price per kilo is an input, not the answer.

Here is why it flips the analysis. Sugar is dosed in grams, often tens of grams per serving. A can of full-sugar soda might carry 35 to 40 grams. UnSugar Sweet Protein is about 500 to 2,000 times sweeter than sugar by weight, and in most reduced-sugar foods our formulators start near the top of that range and adjust by taste, so you dose it in milligrams. When one ingredient is used at about a thousand times less mass, a price that is many times higher per kilo still comes out lower per serving.

So the honest way to evaluate a sweetener is to run it through your own recipe:

• Take the sweetness you need in the finished product.
• Convert that to the milligram dose at your product's target.
• Multiply the dose by ingredient price to get cost-in-use per unit.

Do that and expensive-per-kilo ingredients often stop looking expensive. Skip it and you reject options on a comparison that has nothing to do with your cost of goods.

Does removing sugar add cost back somewhere else?

Yes, and this is the half of the story cost-in-use alone misses. A high-intensity sweetener replaces sweetness. Sugar was never only sweetness. In most formats it also provides bulk and volume, the browning that gives baked goods their crust and color, texture and mouthfeel, freezing-point control in frozen desserts, moisture control that helps preservation, and food for yeast in bakery. Pull the sugar mass out and those functions leave with it.

For a light cut in a beverage, that barely matters. Liquid volume is not coming from sugar, so a clean sweetener plus a little masking carries the job. For a deep cut in a solid, it matters a lot. You now need a bulking system to put the mass back: fibers such as inulin or resistant dextrin, sugar alcohols, or allulose. In baked goods, a crisp snap comes back from rice flour or corn starch plus a longer, cooler bake. Those bulking agents have their own price per kilo, and you dose them in grams, close to the sugar mass you removed.

The rule of thumb: the sweetener sets the sweetness economics, the bulking system sets the mass economics, and in bulk-heavy categories the mass economics usually dominate the bill. A cost-in-use model has to include the whole system, sweetener plus bulk plus any masker, measured against the sugar and processing you are replacing.

Is supply risk a cost too?

Unit cost is what finance sees on a spec sheet. Volatility is what it feels three quarters later. Sugar is a globally traded commodity, and its price swings with weather, harvests, and policy. If your cost model assumes today's sugar price holds, you are carrying a risk you have not priced.

Plant-based high-intensity sweeteners have their own version of this. Stevia and monk fruit are crops with concentrated growing regions, so a bad season or a policy shift moves availability and price for everyone sourcing from them.

Being plant-based changes the shape of that risk. The sweet protein has a steady, consistent supply, set by production planning rather than by acreage, rainfall, and harvest timing. That does not make it free of input costs. It does decouple supply from crop cycles and weather, which is worth real money to a buyer who has been burned by a commodity spike.

Where is UnSugar Sweet Protein designed to fit?

Two things about it matter for the cost conversation. First, the dose. Because it is about 500 to 2,000 times sweeter than sugar, the use level is milligrams, which is what makes a favorable cost-in-use possible even at a high per-kilo price. And because the body digests it as a protein and it is used at milligram levels, it contributes no sugars and negligible calories, which is a metabolic point, not a health claim.

Second, the intent behind the price. It is built to be competitive at scale under quality systems designed for batch-to-batch consistency. We will not quote a number here, because the figure that matters is the one you get running it through your own recipe at your own volumes. Where a figure depends on your volume, we point you to a live quote rather than a made-up number.

Cost alone is a wedge, not a moat. The durable case stacks things: cost-in-use sits alongside the safety package. UnSugar Sweet Protein is self-affirmed GRAS, with a GRAS Notice filed with the FDA. Filed and listed is not the same as FDA approval, and we do not claim it is. Add consistent supply and reformulation support, and you have something a buyer can build a multi-year plan around.

Common questions

Why does a sweetener that costs more per kilo end up cheaper per serving? Because you use far less of it. Sugar is dosed in grams; the sweet protein in milligrams. When mass drops by about a thousand times, a higher per-kilo price still lands lower per finished unit. Cost-in-use, not per-kilo price, reflects your real cost of goods.

Do I always need a bulking agent when I remove sugar? No. A light cut in a beverage may need only a sweetener and a masker. A deep cut in confectionery, bakery, or tabletop needs a bulking system, fiber, sugar alcohols, or allulose, to replace the mass. Budget for the bulk in those categories, because it often costs more than the sweetener.

How does fermentation reduce supply risk? It decouples production from crops and weather. A plant-based sweet protein has a steady, consistent supply, so availability tracks production planning rather than a growing season.

Bring us a target SKU and a volume and the honest way to find out is to model it. Request Samples, or pull the current numbers from the technical data sheet.