Aromatech USA

Your rose-lychee flavor was perfect on day one. By week three, it smelled like dish soap. Most formulators blame the fragrance supplier. The real variable is the matrix. Geraniol is a terpenoid alcohol present in rose petals, citrus peel, lychee, and ginger. At concentrations below 10 ppm in aqueous systems, it reads floral, delicate, honeyed. That is the character you bought. Above 30 ppm in the same water-based system, it reads soapy before any degradation has occurred. That is a dose problem, not a quality problem. Then there is the stability question. 🌡️ Above 40°C and below pH 5.5, geraniol isomerizes to nerol, then degrades further to geranial and neral, the two aldehydes that constitute citral. Citral at low concentrations is harsh and soapy. That is not a vague drift. That is a documented chemical pathway with known temperature and pH thresholds. 🧪 In the presence of light and dissolved oxygen, geraniol oxidizes to citronellol and alpha-terpineol. Both push the profile toward synthetic and medicinal. Nitrogen blanketing during filling is not overcaution. It is the correct response to a known failure mode. 📐 The formulation window is narrow. Below 10 ppm for clean floral character. Above 30 ppm and the profile is already compromised at room temperature, before shelf life begins. The fix is not a new flavor. It is controlling the conditions that trigger the transformation. Process temperature below 35°C. pH between 6.0 and 6.5. Microencapsulation where warranted. Nitrogen blanketing at fill. These are not expensive interventions. They are basic matrix controls. If your naturals-led top note is drifting, adjust the matrix before you touch the formula. #FlavorChemistry #FlavorCode #AromatechGroup

Vanilla is the world's second most expensive flavor ingredient, after saffron. Most people in food have never stopped to think about why. It starts with a flower that blooms for a single morning, once a year, in Madagascar, where it grows roughly 80% of global supply. Every blossom is hand-pollinated with a thin wooden stick, one at a time. Nine months to mature. Four to six months of curing. That's before anyone talks about weather. Cyclone Enawo hit in March 2017. Within weeks, spot prices jumped from ~$90/kg to over $600/kg. It took until 2019 before prices began softening, and only because the emergency plantings farmers made in response to the spike all came to harvest at once, flooding the market. By 2025, that same oversupply had pushed prices back down to ~$25/kg. A nearly 96% drop from peak. That's the rhythm of vanilla. Not months, decades. At least three major price shocks since the 1980s, each one a different combination of weather, speculation, and the structural fragility of a supply chain built on one island and one harvest window. The challenge isn't just cost. It's predictability. Natural extract batches vary. Synthetic vanillin is more consistent but carries its own compromises. When the market spikes, the pressure to swap, dilute, or reformulate fast is real, and rarely produces better results. This is the kind of raw material story that exists behind every flavor decision. How have you navigated vanilla price volatility in your formulations? #FlavorChemistry #Vanilla #AromatechGroup

We're hiring! 🌿 Aromatech USA is looking for a Junior Flavorist to join our R&I team in Orlando, FL. This is a 6-month fixed-term contract (maternity leave replacement) with the possibility of extension and conversion to a permanent full-time position. What you'll be doing: - Creating and selecting flavors in response to client briefs - Collaborating closely with our applications team - Contributing to client presentations and flavor development materials - Participating in sensory evaluation panels What we're looking for: - A Bachelor's degree in Chemistry, ideally with a specialization in flavors - Knowledge of flavor formulation and weighing techniques - Familiarity with flavor regulations and the food industry - Fluency in English (written and spoken) - A collaborative spirit with a taste for creativity and autonomy You must be authorized to work in the United States. We support and cover the visa application process. Based in Orlando, FL 32822. Start ASAP. Interested? Send your CV and cover letter to job@aromatech.fr #Hiring #Flavorist #FoodScience #JobOpening #Aromatech

Last week, our Orlando facility underwent an unannounced FSSC 22000 audit. No heads-up. No time to prepare. That is exactly the point. An unannounced audit does not measure how polished your operation looks on a good day. It measures how your team actually works, every day. The auditor spent two full days on site, walking the production floor and warehouse, reviewing documentation, and interviewing employees across departments. The facility was clean, records were retrieved quickly, and the team handled every question with confidence. Two minor non-conformities came out of it, both documentation-related and both straightforward to resolve. For context, last year's audit returned four. What stood out most in the auditor's feedback was not the score. It was the culture. A genuine food safety culture, present at every level of the team, and not something you can rehearse. Rebecca Peixoto Holanda led the coordination from start to finish. Thank you to her and to everyone who showed up exactly as they always do. #FoodSafety #FSSC22000 #AromatechGroup

Today, we pause to honor the men and women who gave everything in service of this country. At Aromatech, we're grateful to work and build something in a nation made free by their sacrifice. Memorial Day is a reminder that the things we often take for granted, our work, our team, our ambitions, exist because others paid a price we can never fully repay. To all who served, and to the families who carry their memory, thank you.

Basmati rice and fresh bread don't just smell similar. They share the same molecule. 2-Acetyl-1-pyrroline. One compound behind basmati, jasmine rice, pandan, popcorn, and bread crust. Detection threshold: 0.06 parts per billion. The formation pathway is completely different depending on where you find it. 🍚 In aromatic rice, 2-AP is biosynthetic. A mutation in the BADH2 gene disrupts normal proline metabolism, causing it to accumulate in the living grain before any heat is applied. 🍞 In bread and popcorn, it's Maillard. Proline reacts with methylglyoxal under heat. The molecule forms during the bake. Same sensory outcome. Two unrelated biological origins. The bench problem is stability. 2-AP is highly volatile, boiling below 100°C, and oxidizes in aqueous systems within weeks. At 0.06 ppb threshold, small losses are perceptible well before your panel flags anything formally. 🌾 Cyclodextrin inclusion complexes are the most validated protection route for baked applications, but they shift release timing in beverages and are not always clean-label compatible. Building a pandan or basmati note without protecting 2-AP through the process is formulating for the bench sample. Not the finished product. Where do you lose it first: thermal flash-off during processing, or oxidative fade on shelf? #FlavorCode #FlavorChemistry #AromatechGroup

Creatine monohydrate is the most validated performance supplement on the market. Decades of data. Unambiguous efficacy at 3-5g per day. It also tastes terrible. Bitter, metallic, chalky. And unlike caffeine or vitamins, you cannot just drop the dose and preserve the function. So when 81% of functional beverage buyers now expect real actives at clinically supported dosages, "just add fruit flavor and hope" is not a masking strategy. The off-note profile at 3% monohydrate is predictable and well-documented. Bitter alkaloids, mineral carry-over, a coating mouthfeel that lingers well past the last sip. The fix requires more than sweetness. It requires understanding which sensory mechanism is actually driving the rejection. This is what our Clarity Collection is built around. Two masking mechanisms, matched to the specific failure modes of creatine in aqueous systems: 🍑 Sweetness modulation + mouthfeel enhancement - addresses the coating texture and palatability gap (Peach Coco) 🍒 Acidic and aromatic bridging - neutralizes the chalky, mineral top note (Cherry Grapefruit) These are not the same fix. One targets texture, the other targets volatiles. Using the wrong approach still fails. The Clarity Collection is one of three we developed for functional beverages. The others address prebiotics, probiotics, and adaptogens - each with distinct off-note chemistry and a corresponding masking mechanism. Efficacy drives trial. Taste drives retention. That equation has not changed. We are opening ten sample kit slots this month for teams actively working on functional beverage formulations. If you are battling creatine, bitter adaptogens, or probiotic off-notes, this is the fastest way to put the right masking strategy on your bench. - DM us with your current formulation challenge 👉 Or submit a request here: https://lnkd.in/e6RskXpf To the R&D folks working on this - are you finding the chalky mouthfeel or the metallic top note harder to address at clinical dosage? Curious where the real bottleneck sits for most teams. #FlavorChemistry #FoodScience #AromatechGroup #FunctionalBeverages

🍷 2 billionths of a gram per liter That is the detection threshold of the compound helping shape the flavor structure of Chardonnay, roasted coffee, ripe apple, and honey. Most flavor teams never account for it: Beta-damascenone. It forms before grapes are crushed, through the oxidative breakdown of carotenoids during fruit ripening and processing. It is already present in the juice before fermentation even begins. Winemakers did not put it there. Biochemistry did. Its odor activity value in wine routinely exceeds 100, meaning it can exist at more than 100 times its detection threshold while still operating at trace levels. That warm honey, cooked apple, dried fruit, and floral lift in a finished Chardonnay? Beta-damascenone is helping carry it through. The same molecule appears in roasted coffee, ripe apples, and honey, always in trace amounts, always doing disproportionate structural work. If your natural fruit flavor is not landing the way the bench sample did, check the carotenoid degradation pathway. You may be missing the molecule before blending even starts. #FlavorCode #FlavorChemistry #FoodScience

Pistachio isn't just trending. It's dominating. 👀 And as Karolina Jaworska points out, getting that roasted, creamy profile to hold up at scale is where the real work begins. We have a pistachio flavor built for exactly that, bakery, dairy, beverages, frozen. No drift whatsoever. Simple as that. 😋 Want to try it? Request a sample here: https://lnkd.in/e8XVf5uq #Pistachio #FlavorInnovation #AromatechGroup

My partner and I cracked open a Punch Pop by Poppy (Love Island edition) this weekend. Warm. Not ideal. Still couldn't stop sipping it. 🥤 The verdict from both of us, independently: this tastes exactly like Hawaiian Punch. Not Hawaiian Punch adjacent. Hawaiian Punch. The cherry is the clear hero note here, bold and upfront. But what makes it interesting is how it lands: not as fresh fruit, more like candy. That confectionery quality you get from short-chain fruit esters pulling the perception away from "orchard" and straight into "slushy machine at a birthday party." We both got it without comparing notes first. There's a citrus layer underneath, orange most likely, doing the classic supporting role of adding brightness without stealing the show. And the mouthfeel has this smooth, almost slushy quality that I honestly wasn't expecting at room temperature. Sweetness level and texture working together to fake the cold. When it's actually cold? Probably borderline dangerous in terms of drinkability. ❄️ Dahlia's take: "My favorite Poppi flavor so far" Would buy again. 10/10 for nostalgia. Also a genuinely solid flavor architecture for what it is. Spotted at Target 👀🎯 #Flavorful #SummerTrends #Poppi