terclim by ICS banner
IVES 9 IVES Conference Series 9 ADDITION OF OAK WOOD ALTERNATIVE PRODUCTS: QUALITATIVE AND SENSORIAL EFFECTS FOR A WHITE WINE OF ALIGOTE

ADDITION OF OAK WOOD ALTERNATIVE PRODUCTS: QUALITATIVE AND SENSORIAL EFFECTS FOR A WHITE WINE OF ALIGOTE

Abstract

Wines matured in contact with wood are extremely popular with consumers all over the world. Oak wood allows the organoleptic characteristics of wine to be modified. Wines are enriched with volatile and non-volatile compounds extracted from the wood. The aromas extracted from oak wood contribute to the construction of the wine’s aromatic profile and the main polyphenols extracted can modify taste perceptions such as astringency and bitterness. All the compounds extracted from the wood thus contribute to the balance and quality of the wines.The maturation of wine in vats with the addition of alternative oak products has become increasingly popular in all wine producing countries of the world. The main reasons for the development of such products are the optimisation of their production, the reduction of the cost of wine ageing as well as the increase of the level of hygiene in the production. This study is part of this context and focuses on oak chips: an alternative wood product to barrels. It aims to evaluate the optimum dose and the best level of toasting of the oak wood for the addition of these chips during alcoholic fermentation in a white Aligoté wine. During our experiment, the white Aligoté must before alcoholic fermentation was added with different doses of chips (1-2-3-4-5 g/L) at different toasting levels (5 levels: fresh, light toasting, medium toasting, medium + toasting, strong toasting). A control wine could was also made without the addition of chips for comparison. In order to determine the optimal dose and toasting of the oak chips used, the classic oenological parameters (Foss: pH, Alcoholic Strength, Total Acidity, Volatile Acidity, Sugars), colour (A420nm and CIELAB parameters), total phenolic compounds (TPI, total tannins and Folin index), monomeric and dimeric proanthocyanidin, phenolic acid and ellagitannin composition (HPLC-UV/MS), as well as fruity and woody aroma markers (GC/MS) were analysed. Sensory analyses were also carried out for each wine.

DOI:

Publication date: February 9, 2024

Issue: OENO Macrowine 2023

Type: Poster

Authors

Viktoriya Aleksovych1,3, Anne-Laure Gancel1,2, Oksana Tkachenko3, Pierre-Louis Teissedre1,2(*)

1. UMR Œnologie EA 4577, Université de Bordeaux, ISVV, F-33140 Villenave d’Ornon, France
2. USC 1366 INRAE, IPB, INRAE, ISVV, F-33140 Villenave d’Ornon, France
3. Faculty of wine and tourism business, ONUT, 112, Kanatna, Str. 65039, Odesa, Ukraine
4. M.V. Lomonosov Educational–Scientific Technological Institute of Food Industry, ONUT, 112, Kanatna, Str. 65039, Odesa, Ukraine

Contact the author*

Keywords

Aligoté white wine, oak chips, phenolic compounds, aroma markers

Tags

IVES Conference Series | oeno macrowine 2023 | oeno-macrowine

Citation

Related articles…

EUGENOL AS QUALITY MARKER OF WINES AND SPIRITS FROM HYBRID VINES: IMPACT OF DIFFERENT WINEMAKING AND DISTILLATION PROCESSES

Eugenol, widely spread in various plants notably cloves, basil and bay, was identified too in wines from hybrid grapes without contact with oak wood. This aromatic molecule presents a strong spicy note of clove and also antifongic properties. Eugenol was described as an endogenous compound of Baco blanc, from the grapes to the spirits of Armagnac area. Moreover, this compound is a chemical marker of Baco blanc products quality.
Influences of harvest time and different winemaking processes (settling, use of enzymatic preparations, lees content and stock time before distillation) on Baco blanc wine eugenol contents were explored using a two-levels full factorial Design of Experiments (DoEs).

ACCUMULATION OF GRAPE METABOLITES IS DIFFERENTLY IMPACTED BY WATER DEFICIT AT THE BERRY AND PLANT LEVELS IN NEW FUNGUS DISEASE-TOLERANT GENOTYPES

The use of new fungus disease-tolerant varieties is a promising long-term solution to better manage chemical input in viticulture, but unfortunately little is known regarding these new hybrids fruit development and metabolites accumulation in front of abiotic stresses such as water deficit (WD). Thus, prior to the adoption of such varieties by the wine industry in Mediterranean regions, there is a need to consider their suitability to WD.

PROFILING OF LIPIDS IN WINES FROM MONOCULTURE FERMENTATION WITH INDIGENOUS METSCHNIKOWIA YEAST SPECIES

Lipids are a diverse group of organic compounds essential for living systems. They are vital compounds for yeast which makes them an important modulator of yeast metabolism in alcoholic fermentation. This study presents a comprehensive lipidome analysis of wine samples from the Vitis vinifera L., Maraština. The fermentation trails were set up in monoculture with different indigenous yeast strains selected from a collection of native yeasts established at the Institute for Adriatic Crops and Karst Reclamation in 2021, previously isolated from Croatian Maraština grapes: Metschnikowia pulcherrima, Metshnikowia sinensis/shanxiensis , and Metschnikowia chyrsoperlae.

VOLATILE, PHENOLIC AND COLORIMETRIC CHARACTERIZATION OF THREE DIFFERENT LAMBRUSCO APPELLATIONS

Lambrusco is a commercially successful sparkling red and rosé wine. With 13.06 million litres sold in 2021 was the second best-selling Italian wine after Chianti. According to National Catalogue of Vine Varieties there are thirteen Lambrusco Varieties with which to date are produced seven PDO wines. Among these, “Lambrusco Salamino di Santa Croce”, “Lambrusco Grasparossa di Castelvetro” and “Lambrusco di Sorbara” are the only ones that can be considered mono-varietal appellations, all located in Modena area. The PDOs contemplate the possibility of producing wines by secondary fermentation either in tank (Charmat method), or in bottle (Classico method). Sur lie is a third method commonly employed for Lambrusco, similar to the Classico method, from which differs for the absence of disgorgement.

EXPLORING THE ROLE OF TRANSITION METAL IONS IN THE EVOLUTION OF ESTERS COMPOSITION OF YOUNG WHITE WINE DURING AGEING

Young white wines are typically released to the market a few months after harvest, to be consumed within a year, when their fresh fruity aromas are still dominant and appealing to modern consumers. Esters, particularly higher alcohol acetates (HAAs) and ethyl esters of fatty acids (EEFAs), play a central role in the fruity expression of young white wines [1]. However, these esters are known to undergo significant hydrolysis during the first months of aging [1, 2].