home navigate_next Knowledge Base navigate_next Reducing carbon footprint with stainless steel

    📄 WHITEPAPER

    Reducing carbon footprint with stainless steel

    Beverage-industry

    The beverage sector has started implementing a number of strategies to reduce its impact on the global climate, with a focus on packaging material selection, distribution logistics and recycling rates, among others. Life Cycle Assessment is undertaken to systematically record and analyze the carbon footprint of a product or service throughout its entire lifecycle.

    Choosing products with a low carbon footprint is one of the ways in which a consumer can make a difference – and the refillable and reusable character of THIELMANN stainless steel kegs makes their carbon footprint lower than that of single-use plastic kegs.

    Please complete the form to download your complimentary copy of this whitepaper to your device.

    DOWNLOAD YOUR PAPERS

    COMPLETE THIS FORM TO GET IMMEDIATE ACCESS TO THE DOCUMENT YOU REQUESTED

    RELATED ARTICLES

    As one of the world’s leading manufacturer of stainless steel containers, THIELMANN has accumulated significant expertise across a wide range of industries over many years.Our experts regularly compile educational material and analyses such as our Whitepapers and Case Studies, which are an excellent way to share in our knowledge and expertise and to find out more about our industry, product and application-specific insights and experience.We invite you to peruse our informative material and welcome any questions or enquiries you may have.

    HOW MANY WELDED SEAMS ARE BEST FOR SMALL INDUSTRIAL CONTAINERS?

    What happens when you manufacture Small Industrial Containers with two-welded seams instead of three? In this whitepaper, THIELMANN engineers have examined the mechanical characteristics of both two and three-welded seam containers to determine overall product integrity.

    Chemical Oil and Gas Pharmaceutical

    CHOOSING BETWEEN AISI-316L AND AISI-316TI STAINLESS STEEL, ACCORDING TO AN EXPERT

    The aim of this article is to determine whether AISI-316L is a suitable material replacement for applications that would normally demand AISI-316Ti.

    Chemical Oil and Gas Pharmaceutical