Quantera’s Parallel Headspace Extraction Platform Prepares for Winery Pilot
Curio HS uses a planar, parallel and cartridge-based approach to prepare samples for headspace extraction. Quantera is preparing an onsite pilot with E. & J. Gallo Winery, although no details have been provided about its timing or specific testing objectives.
- Source
- Wine Industry Advisor
- Published
- Reading time
- 2 min read
- Region
- International

Preparing samples in parallel
Quantera’s Curio HS platform prepares dozens of headspace extraction samples in parallel for trace-level testing. Developed at Cornell University, the system uses a planar, cartridge-based design, with simultaneous handling of multiple samples presented as its central feature.
Headspace extraction brings components from the gas space above a sample into an analytical workflow. However, the available information does not identify the specific compounds, wine characteristics or potential faults that Curio HS is intended to detect. It also does not specify which analytical instruments can be used with the platform. Based on the published description, its defining feature is therefore the parallel preparation of samples through a cartridge-based format.
An onsite winery pilot
Quantera is preparing an onsite pilot with E. & J. Gallo Winery as the next step for the technology. The planned project could provide an opportunity to examine the system in a winery setting, although no further information is available about the pilot’s starting date, duration or location.
The source also does not state how many samples will be processed during the pilot, which reference methods will be used or which performance measures will guide the evaluation. It is therefore too early to determine how significantly the platform could affect laboratory workflows or when it might become more broadly available.
Potential role in trace-level analysis
The ability to prepare dozens of samples in parallel may be relevant to laboratories conducting trace-level tests across larger sample sets. The cartridge format and planar configuration distinguish the approach described, but their practical effects will depend on results that have not yet been reported.
No figures have been provided for processing capacity beyond “dozens” of samples, analytical accuracy, repeatability, operating costs or commercialization plans. Findings from the planned pilot may offer additional context, but the currently available material does not indicate when results could be released.
The original publisher of this report is Wine Industry Advisor.
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