Environment

Effective Use of Water Resources

Activities for using water carefully and returning pure water are SBF’s mission based on our philosophy Mizu to Ikiru (living with water).

Implementing advanced technology and using the minimum required amount of water

In April 2010, construction was completed for the Minami Alps-Hakushu Water Plant of Suntory Products Limited. The plant achieves maximum efficiency for use of limited water resources by implementing cascading (downcycling), which is an extremely advanced method of circulation and reuse. The amount of water used to manufacture 1-kiloliter of products is among the lowest in the industry.

Use of water cascading (downcycling)

Greatest number of solar panels in the beverage industry

24-hour system for management of wastewater quality

Independent criteria which are even stricter than laws, etc., are established at each plant and wastewater is thoroughly controlled. This prevents water pollution.

Anaerobic treatment facilities installed in 1992

These treatment facilities have been installed at the Haruna Plant of Suntory Products Limited. The facilities treat wastewater by utilizing the effect of microorganisms (anaerobic microorganisms) which are active when there is no oxygen. This treatment is particularly effective for wastewater that includes plant-based organic matter. Through the treatment, we continue initiatives for returning wastewater from the plant in as natural a state as possible.

Haruna Plant, Suntory Products Limited

Haruna Plant, Suntory Products Limited

Initiatives at Plants

We emphasize energy-saving initiatives for environmentally-friendly production activities.

Use of Photovoltaic Energy

The Minami Alps-Hakushu Water Plant of Suntory Products Limited is equipped with solar panels with a generating capacity of approximately 490kW, which is the largest capacity(*) in the beverage industry. On sunny days, approximately 20% of power used at the plant is covered by solar power. Compared to purchasing electricity from a power company, this achieves an annual reduction of approx. 205 tons of CO2 emissions. Also, in 2011, we introduced an electric bus used for tours of the Minami Alps-Hakushu Water Plant and the Hakushu Distillery. The electric bus is equipped with a lithium ion battery that uses solar power generated at the plant. It was the first such bus to be operated by a private corporation in Japan.

* For household consumption as of April 30, 2014

Largest scale photovoltaic panels in the beverage industry

Largest scale photovoltaic panels in the beverage industry

New lithium-ion battery equipped electric buses

New lithium-ion battery equipped electric buses

Use of Snow and Ice Thermal Energy

The Okudaisen Buna no Mori Water Plant of Suntory Products Limited began operation in spring 2008. The plant is located in a region that receives heavy snowfall. The plant has taken advantage of this feature by installing a snow chamber which stores snowfall from the winter and then uses the snow to cover a portion of cooling load in the spring.

Snow room at Okudaisen Bunanomori Water Plant of Suntory Products Ltd.

Snow room at Okudaisen Bunanomori Water Plant of Suntory Products Ltd.

Switching to Fuels Low in CO2 Emissions

Almost all plants have completed the switch from heavy oil to city gas or liquid natural gas (LNG). This gas has a low amount of CO2 emissions per unit of heat value. It also contains almost no sulfur.

Liquefied natural gas facility at Okudaisen Bunanomori Water Plant of Suntory Products Ltd.

Liquefied natural gas facility at Okudaisen Bunanomori Water Plant of Suntory Products Ltd.

Greening of plants for coexistence with nature and the community

Based on our corporate philosophy of “To Create Harmony with People and Nature,” in addition to conserving energy and water, we implement greening activities at our plants to ensure that our production facilities can coexist with nature and the community.

Okudaisen Bunanomori Water Plant of Suntory Products Ltd.

Okudaisen Bunanomori Water Plant of Suntory Products Ltd.

Response to environmental risk

Reduction of SOx and NOx emissions

We are working to reduce SOx and NOx emissions through measures such as switching to gas fuels which do not contain sulfur and using low-NOx burners. Each of our plants has set independent criteria which are even stricter than the related legal systems and works to manage air pollutants. During the 21-year period from 1990 to 2011, the amount of SOx emitted when manufacturing 1 kiloliter of products was reduced to 1/160. NOx emissions were also reduced by 1/4, from 133 grams to 31 grams.

SOx: Name for sulfur oxides such as sulfur dioxide (SO2) and sulfur trioxide (SO3).
NOx: Name for nitrogen oxides such as nitrogen oxide (NO) and nitrogen dioxide (NO2).
Both SOx and NOx are air pollutants emitted from boilers and automobiles.

Strict drainage control

Independent criteria which are even stricter than laws, etc., are established at each plant and wastewater is thoroughly controlled. This prevents water pollution.

Strict drainage control

Proper Management and Treatment of Waste

We are promoting electronic manifest for the purpose of enhancing compliance of manifest systems and unified management of information of waste for the proper management of waste. We also hold lectures, on-site confirmation and role-playing training for production, sales, cultural sites, headquarters and Group companies such as a waste management seminars and on-site confirmation of waste seminars to increase knowledge and skills on waste management and continue initiatives for proper treatment of waste.

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