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Investor Presentaiton

2016 | Braskem | Annual Report ► Life Cycle Assessment Leader in industry initiatives to strengthen the environmental attributes of plastic, Braskem has been developing several projects based on Life Cycle Assessment (LCA) studies, a technique used by the Company since 2005 to assess the environmental aspects and the potential impacts associated with the product (from the extraction phase of raw materials from nature to final disposal after use, going through all stages of manufacturing, power generation, and transport.) Between 2011 and 2016, a total of 41 Life Cycle Assessments and five Carbon Footprint studies were completed, identifying the advantages and priority areas for product improvement. In addition, a methodology was developed to identify the alignment of the development projects of new thermoplastic resin applications with the Sustainable Development Goals (SDG). In 2016, the alignment level of the project pipeline was 84%. This action reinforces the Company's role as a provider of social and environmental solutions for society and its purpose of improving people's lives through chemistry and plastic. Throughout the year, Braskem completed a total of ten Life Cycle Assessment studies, among which the following stand out: Recycled Plastic Resins In 2016, Braskem presented environmental profiles of the mechanical recycling of polyethylene and polypropylene, promoting reduced environmental impact of those who provide material for recycling and those who use recycled materials in new packaging. The project, the result of the Wecycle platform launched in 2015, aims to stimulate consumption of recycled plastic resins, and is in line with the national solid waste policy, which seeks to reduce the volume of disposable packaging in landfills. In LCA studies, these materials are capable of reducing environmental impacts associated with industrial production by 35%. Casa Clic In 2016, Braskem conducted an LCA study comparing the PVC plastic solution applied to housing construction innovation with a similar traditional masonry construction. The result was improved environmental performance by about 16%. The study, carried out in partnership with GoClic (a participant of Braskem Labs), is aligned with the Sustainable Development Goals of the United Nations (SDG 11), which aims to address the housing deficit in the world using sustainable solutions.
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