Ki No Bi Kyoto Dry Gin 750mlx6btls

Ingredients

The gin uses a variety of botanicals. Key ingredients include juniper berries, yuzu, ginger, bamboo leaves, and green tea. These botanicals are sourced locally from Kyoto. Each ingredient adds a unique flavour to the gin.

Preparation

The preparation of Ki No Bi Kyoto Dry Gin involves several steps. First, the botanicals are macerated in rice spirit. Then, they are distilled separately in copper pot stills. Finally, the distillates are blended to create the final product.

Flavour Profile

Ki No Bi Kyoto Dry Gin has a complex flavour profile. It features notes of citrus from yuzu, spice from ginger, and a hint of sweetness from green tea. The juniper berries provide a classic gin taste.

Variations

There are different variations of Ki No Bi Kyoto Dry Gin. These include Ki No Tea, which uses tea leaves, and Ki No Bi Sei, which has a higher alcohol content. Each variation offers a unique twist on the original recipe.

Cultural Significance

This gin holds cultural significance in Japan. It reflects the craftsmanship and dedication of Japanese artisans. The use of local ingredients also highlights the rich natural resources of Kyoto.

Pairings

Ki No Bi Kyoto Dry Gin pairs well with various foods. It complements sushi, sashimi, and other Japanese dishes. It also goes well with light appetisers like cheese and crackers.

Serving Suggestions

This gin is best enjoyed in a simple cocktail or neat. Popular serving suggestions include a classic gin and tonic or a martini. Adding a slice of yuzu or lemon enhances its citrus notes.

Popularity and Trends

Ki No Bi Kyoto Dry Gin has seen growing popularity worldwide. Its unique flavour and quality have made it a favourite among gin enthusiasts. It is often featured in high-end bars and restaurants.

Interesting Facts

An interesting fact about this gin is that it uses Fushimi water. This water is known for its purity and softness. It plays a crucial role in the production process.

Health Considerations

Like all alcoholic drinks, Ki No Bi Kyoto Dry Gin should be consumed responsibly. Moderate consumption may offer some benefits like relaxation. However, excessive drinking can lead to health risks such as liver damage.

Production Regions

The primary production region for this gin is Kyoto, Japan. The distillery sources most of its ingredients locally to maintain authenticity and quality.

Legal Status and Regulations

The legal status of Ki No Bi Kyoto Dry Gin varies by country. Consumers should check local laws regarding alcohol purchase and consumption before buying this product.

Distillation and Aging Process

The distillation process involves macerating botanicals in rice spirit followed by separate distillation in copper pot stills. Unlike some spirits, this gin does not undergo an aging process.

Historical Anecdotes

An interesting historical anecdote is that the distillery was founded by David Croll and Marcin Miller in 2014. They aimed to create a world-class gin using Japanese ingredients and techniques.

Economic Impact

The production of Ki No Bi Kyoto Dry Gin has positively impacted the local economy in Kyoto. It has created jobs and boosted tourism as people visit the distillery for tours and tastings.

Environmental Considerations

The distillery takes environmental considerations seriously. They use sustainable practices such as sourcing local ingredients to reduce carbon footprint and minimise waste during production.

Cocktail Recipes

A popular cocktail recipe using this gin is the Ki No Bi Martini:

Ingredient	Quantity
Ki No Bi Kyoto Dry Gin	60 ml
Dry Vermouth	10 ml
Lemon Twist	1 piece
Ice Cubes	-
Mix gin and vermouth with ice cubes in a shaker; strain into a chilled glass; garnish with lemon twist.

Awards and Recognition

This gin has received several awards for its quality and taste. It has been recognised at international spirits competitions for its excellence.

Sustainability Focus

The distillery focuses on sustainability by using eco-friendly practices. They aim to reduce waste and promote environmental conservation through their production methods.