Enzymes, nutrients, finings, antioxidants, filter aids — the tools that fix real problems in the brewhouse and cellar. This guide starts from the problem you are having and points you at the tool that solves it, stage by stage.
Mash & Lauter
Conversion, viscosity, and runoff problems get solved here — and so does oxidation, before it ever starts.
| The problem | Reach for | Why it works |
|---|---|---|
| Slow lauter, gummy wort, stuck runoff | Beta-glucanase breaks down the gums from barley, wheat, rye, and oats that thicken wort and blind the lauter bed. | |
| High-adjunct grist will not convert | Thermostable alpha-amylase liquefies starch fast, even in cereal-cooker and high-adjunct programs. | |
| Several problems at once — conversion, viscosity, protein | A blend of protease, thermostable alpha-amylase, and beta-glucanases covering the whole mash in one addition. | |
| Beer stales fast and the cause traces to the hot side | Added with strike water, it inhibits lipoxygenase (LOX) oxidation in the mash — stopping staling before the wort is even boiled. A cornerstone of low-oxygen brewing. |
Boil & Whirlpool
Clean wort into the fermenter pays for itself at every step downstream.
| The problem | Reach for | Why it works |
|---|---|---|
| Fluffy trub cone, cloudy wort to the fermenter | Silica sol tuned for coarse break — fast sedimentation, a compact trub cone, shorter whirlpool stand, less DMS risk. | |
| Same fight, tablet-count dosing | Carrageenan kettle finings coagulate haze-forming protein late in the boil — pre-measured tablets, no powder handling. |
Fermentation
Feed the yeast right and steer what it makes — from clean attenuation to tropical aroma.
| The problem | Reach for | Why it works |
|---|---|---|
| Slow, stuck, or drifting fermentations | The complete base nutrient — assimilable nitrogen, vitamins, sterols, microelements — for a strong population that finishes clean. | |
| High gravity, 40%+ adjuncts, or attenuation that keeps missing | Zinc (~3000 ppm, biological source) — the one mineral wort runs short on — drives maltose and maltotriose uptake to full attenuation. | |
| Diacetyl risk, conditioning time you do not have | ALDC converts the precursor straight to acetoin so diacetyl never forms — cutting the diacetyl rest short. | |
| Brut, low-carb, or fully dry targets | Saccharifying glucoamylase turns residual dextrins fully fermentable — the tool behind brut IPA and low-carb beer. | |
| The hops promise tropical; the beer is not delivering | Fruity pushes lime, passion fruit, and mango through fermentation; AromaGlow maximizes thiol release in IRC-7 strains for hop-forward beers. | |
| Wanting floral lift instead of fruit punch | Steers fermentation aroma toward orange blossom, elderflower, and fresh mint — balanced perfume for hop-aroma beers. | |
| Chasing Sauvignon Blanc character | Real Sauvignon grape-skin tannins and mannoproteins — zesty lime, gooseberry, cut grass — for thiol IPAs, seltzers, and wine. | |
| Nutrition without added DAP | 100% natural organic nitrogen from yeast derivation — gentler release, clean-label friendly. | |
| Sugar wash to high ABV, on a schedule | Turbo yeast with complete nutrition built in — fast, clean, neutral high-ABV fermentation for seltzer bases and distilling washes. |
Maturation & Clarification
Bright beer in the tank means an easy time at the filter.
| The problem | Reach for | Why it works |
|---|---|---|
| Yeast will not drop; the tank stays cloudy | Cold-side silica sol optimized for yeast and colloids — faster sedimentation, less yeast at the filter, longer runs. | |
| Chill haze keeps coming back | Endopeptidase breaks down the haze-active proteins behind chill haze — and supports gluten-reduced processes. | |
| Brewing a gluten-reduced program | Targeted protease degrades gluten proteins during fermentation. Verify results by testing — the enzyme is the tool, the lab test is the proof. | |
| Bound hop aroma the beer never expresses | Glycosidase frees glycoside-bound aroma compounds in the fermenter — biotransformation character without more hops. |
Filtration & Packaging
Getting bright beer into the package — and keeping it fresh once it is there.
| The problem | Reach for | Why it works |
|---|---|---|
| Filter blinding on rough, high-solids beer | High-permeability perlite body feed keeps the cake porous under heavy loads — the coarse-filtration workhorse. | |
| Final polish before packaging | The fine grade of the perlite range — run it as the tight stage after coarse filtration for shine. | |
| Beer stales and darkens on the shelf | Scavenges dissolved and bottleneck oxygen at packaging — holding flavor and color far longer. Mind sulfite labeling thresholds. |
Cider, Seltzer & Beyond
The beverage side of the shop — where the wine heritage of these tools earns its keep.
| The problem | Reach for | Why it works |
|---|---|---|
| Residual sugar plus live yeast — refermentation risk in package | Sorbate-based stabilizer stops refermentation and oxidation in cider, seltzer, and back-sweetened products — no pasteurizer needed. Not for conventional beer. | |
| Demanding high-gravity ferments in wine, cider, or seltzer | Complex nutrient from the AEB wine program, built to sustain yeast through hard fermentations. | |
| Green bell pepper notes in wine | Reduces the sensory impact of methoxypyrazines during fermentation so fruit expression comes forward. |
























