Ever wondered about the utilisation of valuable remnants from the wine industry to revolutionise ceramics? A groundbreaking study published recently has opened the door to a new era in ceramic production, exploring the wine industry surplus in an unexpected and astonishing way! In this exciting study, researchers investigated the potential of incorporating grape skins into red ceramics to assess their impact on the physical and mechanical properties of the clayey body. Five different compositions were prepared, each with varying percentages of biomass incorporation:0, 2.5, 5, 7.5, and 10%. The specimens, crafted through vacuum extrusion in a laboratory extruder, were subjected to meticulous tests and analyses encompassing chemical, mineralogical, thermal, physical, morphological, and microscopic examinations of the clayey raw materials. This innovative approach not only contributes to sustainable practices by recycling wine industry by-products but also holds the promise of reshaping the future of ceramic production. By harnessing the potential of grape skins, we are not just creating ceramics; we are crafting greener, more sustainable tomorrow. Cheers to a future where the art of winemaking and ceramic craftsmanship intertwine, paving the way for a more eco-friendly and innovative world.
A recent study suggests implications for theory and practice relative to brand management in terms of communication and image; and it proposes insights into novel communication tools and marketing activities for the winery tourism industry. Firms should employ a holistic evaluation of brand communication to involve the whole organization, which would enhance the strategic role that brand communication plays.
When talking about environmental and sustainability topics, the wine sector plays a fundamental role ensuring that wine remains not only economically but also environmentally sustainable, hence the importance of conducting analyses to measure the impact of food production through Life Cycle Assessment tool.
Each year, 20 million tons of wine by-products are generated, corresponding to 30% of the total quantity of vinified grapes. Wine by-products are a source of healthy bioactive molecules, such as polyphenols and other molecules (pigments, fibers, minerals, etc.). The abundance of bioactive compounds assures a promising future for nutritional foodstuff production. Wine by-products can be used to fortify aromatized waters and infusions, bread, pasta, dairy products, alcohol, sugary beverages, and processed foods. These innovative products are part of the Mediterranean Diet and are of great interest to both human and environmental health. Read more that http://science-and-wine.com/
The main aim of the study summarized in this post was to perform a combined life cycle assessment and life cycle costing of the most used wine packaging systems in Italy. Packaging plays a key role in food and beverage production and supply chain, but the increasing volume of packaging used causes many environmental concerns. The wine sector is no exception, especially in Italy that is the largest producer in the world. From both the environmental and economical point of views, aseptic cartons and bag-in-box systems were the most sustainable alternatives, while the glass systems had the worst global performances due to the high weight and consequent huge energy consumption during bottle production. The size of the containers was the key factor that most affected the results both in environmental and economic terms.
As promised, we will maintain the organization of the World Congress every two years. The 3rd World Science & Wine Congress will be from 14 to 16 June 2023 in Vila Nova De Gaia and the Douro region. The topic for this scientific meeting here will be “Sustainability of wine production and food systems in the Mediterranean region”.
Grape pomace, a wine-making by-product rich in dietary fiber and total phenolic compounds, is a potential functional ingredient in the fortification of baked goods. Grape pomace improved the nutritional values of fortified breadsticks and changed the rheology of dough and breadsticks’technological properties without affecting sensory acceptability.
Consumers expect an all year round supply of fruits and vegetables, which includes table grape. In spring, at a time when domestic table grapes are not available in Europe, India is a major source of table grapes on the world market. The objective of this study was to follow the table grape from their origin in India to Bonn in Germany, where the study authors are based and purchased the grapes. After harvest, table grapes are hydro-cooled, packed in PET punnets and transported by refrigerated truck over ca. 400 km to Mumbai, where they are shipped at 0 °C in reefer containers from the Indian ocean via the Suez Canal to Antwerp. Overall, the carbon footprints of importing Indian (333 g CO₂eq) grapes resembled that of South African (309 g CO₂eq) ones due to comparable mileage between Mumbai/India and Antwerp (6317 nm) and Capetown and Antwerp (6155 nm).
The decision-making in the investment of a new line of stoppers based on agglomerated cork requires knowledge of the composition and its contribution to its performance. For this, it is necessary to observe the leading products on the market and to test a series of prototypes with different formulations. The development of manufacturing products made by cork, such as bottle stoppers, benefits strongly from accurate chemical and structural characterizations, correlated to the final material performance. A wise starting point to fulfill such requirement consist of comparing available products in the market to be compared with different prototypes with varying composition. This work presents a blind characterization of a series of cork samples through a non-supervised exploratory analysis designed to select agglomerated corks for spirits and still wines in the packaging industry.
Wine is an essential part of European culture. Unfortunately, the consumption of alcohol, such as wine, can have negative health effects. Health warning labels (HWLs) are increasingly presented as a measure to warn consumers of the threat alcohol poses to their health. At present, only a few countries in Europe have introduced mandatory HWLs on wine bottles. This may be due to the cultural and economic significance of wine and the European public’s refusal to accept HWLs on a product like wine. To investigate this issue, the authors conducted an online experiment in the German-speaking part of Switzerland and assessed the perception of risk in participants who were presented wine bottles featuring different types of HWLs. They also studied how health beliefs and cultural worldviews influence the perception and acceptance of HWLs. The study revealed a small effect of HWLs on consumers’ risk perception. There was no difference between a simple text-only HWL and a label featuring a deterring picture (image-and-text HWL). The major determinants of HWL acceptability were cultural worldviews and health beliefs. That is, participants who opposed government intervention for collective wellbeing and espoused a belief in the health benefits of wine were less likely to accept HWLs on wine. More research is needed to assess the effectiveness of HWLs in real-life situations and the importance of culture to the acceptance of such a public intervention measure.