Buffalo Extraction Systems

Buffalo Extraction Systems Delivering turnkey extraction, agro-processing, and consulting solutions for the global bio-products industries.

The conversations at Supergreen 2026 have come to a close, but the ideas exchanged will continue to shape the future of ...
08/07/2026

The conversations at Supergreen 2026 have come to a close, but the ideas exchanged will continue to shape the future of supercritical fluid technology.

Over the past few days in Sapporo, Japan, Deshal Yadav Dalwadi, our Assistant Vice President (AVP) of Applications & Chemistry, had the opportunity to connect with researchers, technology developers, and industry professionals from around the world. From emerging research to discussions on scale-up, process optimisation, and commercial applications, the conference brought together the people driving the field forward.

At Buffalo Extraction Systems, we believe progress happens when scientific innovation meets industrial ex*****on. Events like Supergreen create the space for those conversations to happen.

A sincere thank you to everyone who took the time to meet with Deshal, exchange ideas, and share their perspectives. We look forward to continuing these conversations beyond the conference.

Every extraction specialist knows supercritical CO₂ as a tool for botanicals and aromatics. Fewer stop to note where it ...
08/06/2026

Every extraction specialist knows supercritical CO₂ as a tool for botanicals and aromatics. Fewer stop to note where it began.

The first major commercial application of supercritical fluid extraction was not a spice or a flower. It was coffee. When Kurt Zosel patented CO₂ decaffeination around 1970, he demonstrated that supercritical CO₂ could selectively remove caffeine from a complex natural matrix at industrial scale.

Much of what the field does today with essential oils and oleoresins rests on that same principle. The materials have grown more sophisticated, but the physics stays the same.

Here’s tracing CO₂ extraction back to the cup it started in.

08/04/2026

The 14th Supergreen 2026 is underway in Sapporo, Japan, and Deshal Yadav Dalwadi, our Assistant Vice President (AVP) of Applications and Chemistry, is there on the ground.

Here's Deshal sharing what she is looking forward to over the next few days, from conversations, to cutting edge research, and the ideas moving supercritical fluid science toward real industrial use.

If you are at the conference, this is your invitation to connect with us. Whether you are working on new extraction processes, scaling production, or exploring where supercritical CO2 technology goes next, Deshal would welcome the exchange.

To set up a time to meet in Sapporo, reach out to Deshal at: [email protected]

The costliest constraints in a plant are usually the ones nobody notices at setup.Fuel is the clearest case. A dryer get...
07/27/2026

The costliest constraints in a plant are usually the ones nobody notices at setup.

Fuel is the clearest case. A dryer gets built around whatever's cheapest and easiest on commissioning day. Whatever's already piped in or trucked in reliably. But that one specification quietly sets the plant's energy costs for the next 15 or 20 years.

When prices move, and they always do, gas gets expensive, pipeline allocation shifts, diesel gets rationed. There's little room left to respond. The real cost was never the fuel. It was the flexibility given up to save a bit of complexity at the start.

We've learned to raise this early, while the line is still being designed. A dryer that can run on gas, electricity, or high speed diesel keeps the decision open, letting operations follow whatever's most economical rather than being held to what was cheapest on day one. The goal was never to guess future fuel prices. It was to stop needing to.

From 3rd to 6th August, our Assistant Vice President (AVP) of Applications & Chemistry, Deshal Yadav Dalwadi, will be at...
07/24/2026

From 3rd to 6th August, our Assistant Vice President (AVP) of Applications & Chemistry, Deshal Yadav Dalwadi, will be attending the 14th Supergreen 2026, the International Conference on Supercritical Fluids, in Sapporo, Japan.

As one of the leading global forums dedicated to supercritical fluid science and industrial applications, Supergreen brings together researchers, technology developers, and industry leaders to exchange ideas that shape the future of extraction and green processing technologies.

If you're attending the conference, we'd be delighted to connect. Whether you're exploring new extraction processes, scaling production, or discussing the latest developments in supercritical CO₂ technology, Deshal would be happy to meet and exchange insights.

If you'd like to schedule a meeting during the event, reach out to Deshal to set up a conversation: [email protected]

Behind every natural ingredient on a formulator's bench is a decision about how it was extracted. That decision shapes t...
07/21/2026

Behind every natural ingredient on a formulator's bench is a decision about how it was extracted. That decision shapes the purity, the profile and the story a brand can tell about it.

Adarsh Bajpai, our Vice President of Sales for EME and APAC, will be at Cosmohome Tech Expo in New Delhi. Adarsh has in-depth experience helping brands and manufacturers move to supercritical CO2 extraction, a solvent-free, low-temperature method that protects the delicate aromatics and actives cosmetic formulation depends on.

If you work with fragrance, essential oils or herbal extracts and you care about where they come from and how cleanly they are made, meet Adarsh at the expo.

To connect, email: [email protected]

Pepper's identity splits cleanly in two. The aroma comes from its volatile essential oil, a mix of monoterpenes and sesq...
07/20/2026

Pepper's identity splits cleanly in two. The aroma comes from its volatile essential oil, a mix of monoterpenes and sesquiterpenes like pinene, limonene and caryophyllene. The heat comes from piperine, a non-volatile alkaloid that behaves nothing like the oil around it.

That difference is where the extraction method quietly decides the outcome. Steam distillation lifts the volatile oil and leaves piperine behind, because a non-volatile alkaloid does not carry over with steam. What you get smells convincingly of pepper and has almost none of its bite. Aroma intact, pungency gone.

The complete material is the oleoresin, the volatile oil and piperine together, which is why commercial oleoresins are standardised to a defined piperine content, typically in the region of 35 to 50 percent. Supercritical CO2 reaches both, and more usefully, separates them on purpose. At lower pressure it draws off the volatile aroma oil. Raising the pressure brings piperine and the heavier resin into the extract. One tunable process, yielding the aroma fraction, the pungent oleoresin, or both in a single fractionated run, with no solvent left to remove.

Pepper is a reminder that a spice is rarely one thing. Its aroma and its heat answer to different physics, and capturing both, or either by design, comes down to control.

That control is what we build. Bring us your material and see how it fractionates.

Write to us at [email protected]

Most extraction businesses are built around the demands of the market they entered, not the one they are heading into.Th...
07/17/2026

Most extraction businesses are built around the demands of the market they entered, not the one they are heading into.

That gap is widening. Buyers across fragrance, pharmaceuticals and food are tightening their standards on purity, residual solvents and sustainability, and the extracts that meet those standards are increasingly the ones produced with CO2.

Moving from traditional methods to CO2 is less a change of equipment than a decision about which markets you intend to still be serving in a decade.

Two facilities can run the same extraction system on the same biomass and walk away with very different results. The dif...
07/15/2026

Two facilities can run the same extraction system on the same biomass and walk away with very different results. The difference usually sits upstream, in everything that happens before extraction begins.

Sorting, drying and milling are easy to treat as preparation. In practice, they decide how much of the plant's value survives to the extractor, and how consistent every batch after it will be.

Here’s a look at what changes when pre-processing stops being separate tasks and becomes one continuous, automated line.

07/11/2026

Bubble has always come down to control. Temperature, agitation, timing. Get any of them wrong and the batch changes, even with the same flower.

The NordEx 100 maintains water between 0 and 2°C without ice, and runs the whole process with one operator. What used to change manually with every batch, is now consistent and traceable through automation.

For producers who need consistent grades of bubble without adding labor, that's the real difference.

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Cybernetik Technologies Pvt. Ltd. , Gat No. 365, Urawade, Mutha Road
Bentonville, AR
412108

Opening Hours

Monday 9am - 5pm
Tuesday 9am - 5pm
Wednesday 9am - 5pm
Thursday 9am - 5pm
Friday 9am - 5pm

Telephone

+918484852641

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