Selective smoke remediation tech delivering quality outcomes
US-based, consulting winemaker, Christopher Hudson used amaea VPx to successfully remediate 65,000 gallons of Oregon 2023 Pinot Noir impacted by smoke from the Umpqua Valley wildfires, back to its intended program.
Molecularly imprinted polymers successfully remove smoke taint in wine
Wine science researchers from the University of Adelaide have found that a tailor-made polymer developed in New Zealand could hold the key to removing smoke taint in wine.
Okanagan winery’s road to recovery after wild weather extremes
Harsh freezes followed by record-breaking wildfires saw Terralux Estate Winery facing a challenging harvest as well as managing smoke impacted grapes. Determined to keep what little they had in its intended programs, Terralux turned to amaea VPx to preserve the dignity of the wines and to keep them at their high-quality mark.
Winesecrets and amaea set to bring new smoke remediation tech to U.S. wineries
We are proud to announce our partnership with Winesecrets, a long-standing service provider for U.S wineries. With our technology in hand, winemakers will be able to recover more value from smoke impacted wine, without the need for excessive intervention.
What winemakers need to know about thiophenols and smoke
The identification of thiophenols provides a new chemical marker for smoke impacted wine. amaea's team of scientists ran a series of tests to determine the extent to which amaea’s VPx solution was able to remove this class of compounds and the impact it had on the overall quality of the wine.
Cellar Dweller and amaea Join Forces to Deliver New Smoke Remediation Technology to the British Columbian Wine Industry
amaea joins forces with Cellar Dweller to deliver innovative molecular filtration technology for the tailored treatment of smoke impacted wine in British Columbia
ASEV Poster: Treatment of Smoke Impacted Wines Using a Molecularly Imprinted Polymer Improves Sensory Outcomes
Study conducted by amaea and Jackson Family Wines showing how the treatment of smoke impacted wines using molecularly imprinted polymers improves sensory outcomes.