🍶 Comment est fabriqué le saké ? 🍶 (et comment le savourer !)
What is Sake and How is it Made?
Introduction to Sake
- Sake, a rice alcohol, represents Japan similarly to how wine represents France or beer represents Belgium.
- The video will explore the essence of sake, its production methods, serving suggestions, and consumption practices.
Promotion of Sake
- A humorous mention about moderation in alcohol consumption contrasts with a t-shirt slogan promoting excessive drinking.
- Viewers are introduced to a promotional discount code for purchasing sake online at osake.fr.
Historical Context and Ingredients
- Sake has been produced in Japan for approximately 2500 years using spring water, yeast, and cooked rice with an alcohol content of 14-18%.
- The process involves saccharifying rice starch into sugar using koji fungus; sake is often served with meals like wine.
Terminology Clarification
- In Japanese culture, "sake" refers broadly to alcoholic beverages; what is commonly called "sake" in English is known as "nihonshû" in Japan.
The Traditional Method of Making Sake
Key Ingredients
- The primary ingredient for sake production is rice; other essential components include water, yeast, koji, and craftsmanship.
Rice Selection
- Oryza sativa is the predominant rice species used for sake; basmati or Thai rice are unsuitable.
- Yamada Nishiki rice from Hyôgo prefecture (Kobe region) is considered the best quality for making sake.
Rice Polishing Process
- Polishing rice enhances the quality of sake; more polished grains yield finer flavors.
- The polishing ratio (semai buai), which can range from 35% to 75%, significantly impacts the final product's complexity.
Preparation Steps Before Fermentation
Cleaning and Cooking Rice
- After polishing, remaining powder on the grains must be washed off by soaking them in spring water carefully.
Cooking Process
- Cooked rice undergoes preparation for fermentation lasting between 40 to 90 minutes before cooling down.
Saccharification Explained
- Koji mold plays a crucial role in converting starch into sugar during saccharification over two days. This step can be mechanized but high-quality sake still relies on traditional hand methods.
How is Sake Made?
The Process of Preparing Wort
- The priming wort, or "wort," is the initial mixture used in fermentation, similar to pressing grapes for wine. It serves as the foundation for alcohol production.
- The wort consists of koji (a type of mold), water, rice, and yeast, which ferments for two weeks to create a high concentration of yeast necessary for sake production.
Fermentation and Filtration
- Rice preparation occurs over four days:
- Day 1: 1/6th of rice with koji is added.
- Day 3: Two more sixths are added.
- Day 4: The remaining half is introduced.
- After fermentation lasting between 18 to 32 days, rice residues are removed using a press called yabuta to yield a clear sake with about 20% alcohol content.
Pasteurization and Bottling
- Sake undergoes multiple filtration processes until it becomes clear. It is then pasteurized at approximately 150°F to sterilize and eliminate excess enzymes.
- Water is added post-pasteurization to reduce the alcohol level from around 20% to about 15%, followed by a resting period of six months to one year for aroma refinement.
Categories of Sake
- There are various categories of sake based on quality; some are superior while others may be ordinary table sake. Unlike wines, sake categories are less numerous but still significant.
- Sake can be divided into two main types: tenka-shu (with added alcohol) and junmai (pure sake without additives). Junmai represents higher quality.
Subcategories Based on Rice Polishing
- Within these categories exist further subdivisions based on rice polishing:
- Junmai (pure)
- Honjôzô (with sugarcane alcohol)
- Ginjô (60% polished rice)
- Daiginjô (50% or less polished rice).
- Additional types include namazake (unpasteurized), nigori (unfiltered), and sparkling sake made through various techniques reminiscent of champagne methods.
Serving Temperature and Ceremony
- Sake can be served hot or cool depending on the season; heating is preferred in colder weather.
- A temperature scale exists for serving sake ranging from 40°F to 120°F with colorful names reflecting their characteristics. For example, yukibie refers to the lowest temperature at around 40°F.
Sake Ceremony and Discovery
Overview of the Sake Ceremony
- The highest temperature for serving sake, 120°F, is referred to as "atsukan" in Japanese. This term highlights the cultural significance of temperature in sake service.
- Sake should be served from a ceramic container called "tokkuri," which has a bulbous shape and narrow neck. Alternatively, a "katakuchi" can be used, resembling tea kettles.
- The third step involves serving the sake into cups known as "choko." It is important to hold the tokkuri with both hands while pouring for guests but not for oneself.
- Guests are responsible for ensuring that the server's cup remains full. There are specific etiquette rules regarding how to serve based on social status.
- When toasting ("kanpai"), if one is serving someone of higher status, their cup must be held lower than that person's during the toast.
Social Etiquette in Sake Serving
- The tradition emphasizes respect for social hierarchy; this applies even during casual interactions like toasting.
- While some may find these customs surprising or outdated, they reflect deep-rooted cultural values appreciated by many in Japan.
Exploring Different Types of Sake
Recommendations for Sake Selection
- With numerous types available, choosing sake can be daunting. The speaker offers recommendations based on expert advice.
- Isake: A high-quality junmai ginjo type ideal for beginners; versatile enough to pair with various cuisines.
- Hanagaki Okudaru: Notable for being aged in oak barrels—a rarity in sake production—best enjoyed at room temperature (54–60°F). Limited edition with only 3000 bottles produced annually.
- Ko no Tori: Recognized as one of Japan's finest junmai daiginjo sakes. Its name means "stork," symbolizing successful organic farming efforts that led to storks returning to rice fields.
Conclusion and Personal Note
- The speaker expresses gratitude towards viewers and acknowledges a friend who contributed significantly to the video's research quality. Encouragement is given for likes, comments, and sharing the video content.