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Beer is made up with the biggest percentage of water in comparison to other ingredients.
It is an essential resource for the operations and one of the areas focus of the Producing a Better Future - Brewing program Better Future . It is a commitment from the part of breweries to reduce the consumption of water used in the operations as water scarcity is an increasingly concerning factor throughout the world.
In breweries, other than the use of water in production, it is used for areas such as;
mashing
sparging
cleaning
sanitizing
wort chilling
and steam generation
An estimate of 4 liters of water are used to every liter of beer produced.
Although all uses of water are important to the brewery, the water that ends up as part of the beer naturally takes precedence.
However, despite the major percentage of water waste, breweries are alternatively seeking new methods of reusing the wastewater from production.
Alternatively, internal washing softwares that control water consumption can be used to monitor a moderate usage of the same - similar to that of a washing machine.
Energy consumption also plays a leading role in the natural resource considerations when it comes to the environment as the carbon emissions in the atmosphere are primarily proportional to energy consumption.
All of these impacts can best be categorised in three broad areas:
(a) upstream—the production and transportation of raw materials that will turn into beer and beer packaging;
(b) operations—the resource consumption that can be tied directly to the brewery and the process of making beer;
(c) downstream—the transportation and refrigeration of beer after it leaves the brewery.
Brewing industries have adopted alternative sources of energy such as ;
wind;
solar;
and biogas
to power the operations that need to be executed.
These methods that were sought in the hope to turn beer production energy-efficient are a result of constant monitoring and maintenance of facilities alongside the adoption of technological innovations and techniques by the breweries.
This energy is generally used for heat requirements and processes such as pasteurization and sanitation. This production of power is made possible through cogeneration uses significant amounts of fuel, without the exception of minor activities that also consume power.
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Superbock adopted the sustainable use of biogas with 966,289 m3 of this generated in the anaerobic treatment stage at the WWTP in the Leça do Balio Production Centre, with the objective of being used as a source of clean and renewable energy In the production of thermal energy, such that is used in steam boilers.
With this - their main focus is to optimize water usage whilst consuming sustainably with the implementation of water recovery systems.
Review of strategic priorities for Super Bock;
To rationalize water consumption
To consume energy efficiently and to fight climate change
Optimization of raw materials
Furthermore, the group strives to make its packaging greener and to monitor its entire life cycle, since it is responsible for placing bottles of PET and glass, cans, or barrels on the market.
one of the clearest eco-friendly evidence Super Bock currently provides its customers is the option of returnable packaging, and this process is fully managed by the team.
The eco-efficiency of the products is promoted through the development of several projects of simplification and weight reduction.
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Furthermore, with their innovation, Super Bock goes beyond the reusability of bottles and turns actual containing material into what turns their brand and product so authentic.
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The concept of this packaging method is to allow more space within, and providing consumers with a cooling experience in where they can add ice into the box and have an extra 30 minutes. This was in hopes to underline the importance of seasons such as summer and events where beer usually doesn't last as fresh as consumers wish they would. Killing two birds with one stone was never seen in an environmentally friendly way.
In the near future, only returnable and re-usable packaging should be legalized, allowing for the maximization of resource usage whilst maintaining the sustainable mainstream.
Information taken from :
https://beerandbrewing.com/dictionary/4eLmiwX9aV/
https://www.superbockgroup.com
https://marketeer.sapo.pt/super-bock-gela-24-minis-em-30-minutos
https://www.gtu.ac.in/ABP/GCSR%20PDF%202012/739%20-%20PORTUGAL.pdf
https://www.hps-pigging.com/beer-industry-environmental-concerns-and-regulations/
Beer ingredients image 10: https://www.google.com/url?sa=i&url=https%3A%2F%2Fwww.beercanada.com%2Fbeer-101%2Fbeers-ingredients&psig=AOvVaw3XJCauh52-mYGSmlGf1JDU&ust=1619084516809000&source=images&cd=vfe&ved=0CAIQjRxqFwoTCJCShv-Fj_ACFQAAAAAdAAAAABAD
Super Bock Group image 12: https://www.google.com/url?sa=i&url=https%3A%2F%2Fwww.superbockgroup.com%2Fmedia-center%2Flogotipos%2F&psig=AOvVaw1EYXcO_Pzrgl2SGwRN2sDy&ust=1619084760371000&source=images&cd=vfe&ved=0CAIQjRxqFwoTCOj-ifWGj_ACFQAAAAAdAAAAABAK
Super Bock bottles image 13: https://www.google.com/url?sa=i&url=https%3A%2F%2Fwww.superbock.pt%2Fglobal%2Fen%2Fproducts%2F&psig=AOvVaw3ebKtWk-YHhjZlWsjcRuuq&ust=1619084849392000&source=images&cd=vfe&ved=0CAIQjRxqFwoTCOCJq5yHj_ACFQAAAAAdAAAAABAD
Icebocks image 14: https://marketeer.sapo.pt/super-bock-gela-24-minis-em-30-minutos