Sign up to our newsletter
    • Home
    • Jobs
    • News
    • Events
    • Advertise with us
    • What we do
    • News
    • Industry & water resources – Coca-Cola meet their goal five years ahead of schedule
     
    September 1, 2015

    Industry & water resources – Coca-Cola meet their goal five years ahead of schedule

    News

    Click here to read more

    Bloomberg ‘Coca-Cola Co. and its bottling partners expect to be replenishing 100 percent of the water used in their factories by the end of 2015, reaching a longstanding conservation goal five years ahead of schedule. The beverage giant, which announced the replenishment target in 2007, said it’s already “balancing” about 94 percent of the water. That means Coca-Cola is offsetting each gallon it uses by recycling or conserving a gallon somewhere in the world. The company relies on a mix of systems to accomplish this, including waste treatment at its plants and reforestation projects that help restore watersheds. “As a consumer of water, the Coca-Cola system has a special responsibility to protect this shared resource,” Chief Executive Officer Muhtar Kent said in a statement on Tuesday. The project is meant to ensure the company will have enough water to meet its needs, as well as reassuring customers who may be concerned about drought in California and elsewhere.

    Tagged: Coca-Cola, Industry water use, Water resources, Water security

    Ocean and Coastal Futures Ltd
    23 Hauxley Links
    Low Hauxley
    Morpeth
    Northumberland
    NE65 0JR

    • LinkedIn
    • X

    Telephone: 07759 134801

    Email: CMS@coastms.co.uk

    Subscribe to our newsletter

    Sign up now

    All content copyright © Ocean and Coastal Futures

    Data protection and privacy policy

    Data Protection and Privacy Policy
    Ocean and Coastal Futures, formerly known as Communications and Management for Sustainability

     


    Data Protection and Privacy Policy
    Ocean and Coastal Futures, formerly known as Communications and Management for Sustainability