It aims to achieve 50% reduction in its greenhouse gas emissions intensity by 2030. Birla Cellulose’s net-zero announcement aligns with the United Nations Sustainable Development Goals (SDGs) 7 & 13 on climate change and affordable and clean energy.
Mumbai
Birla Cellulose, the pulp and fibre business of Grasim Industries Ltd (a flagship company of the Aditya Birla Group), has announced its goal to bring down its net carbon emissions to zero across all its operations by 2040, with a possibility to reach it earlier by 2035. This is the most ambitious target set by any company in the Man-made cellulosic fibre (MMCF) industry globally.
The company also targets to reduce its greenhouse gas (GHG) emissions intensity to half by 2030 from the baseline of 2019. Birla Cellulose’s commitment to carbon neutrality and GHG reductions includes scope 1, scope 2, scope 3 emissions, and the carbon sequestration in managed forests and are derived using science-based methods.
Birla Cellulose’s net-zero announcement aligns with the United Nations Sustainable Development Goals (SDGs) 7 & 13 on climate change and affordable and clean energy.
Sharing his thoughts on the announcement, H K Agarwal, Managing Director Grasim Industries Ltd and Business Director, Birla Cellulose, said, “This is a natural progression in Birla Cellulose’s global leadership in the area of sustainability. Birla Cellulose’s climate target is at the core of its business strategy that aims to address climate change-related risks and adapt to changing consumer preferences for more sustainable, nature-based, and
low emission products. With a legacy of innovation in the MMCF industry spanning seven decades, Birla Cellulose continues to work on cutting-edge technologies that will accelerate this transition.â€
The roadmap would include increased use of renewable energy in its processes, investment in innovative low emission technologies, net positive carbon sequestration in its managed forests, and a sharp focus on circular fashion.
Currently, around 40% of the energy for the global operations of Birla Cellulose comes from renewable sources. In addition to this, in an assessment carried by E&Y in 2019, the carbon sequestered in its directly managed forests exceeded the entire scope 1 and scope 2 emissions from global sites during the year.
Birla Cellulose leads the industry in sustainability practices such as sustainable forestry (ranked #1 in Canopy Hot Button Ranking 2021) and has set the industry benchmark for the lowest water intensity for viscose and lyocell production. It has recently commissioned the first Zero Liquid Discharge (ZLD) plant in the MMCF industry globally and has the largest social responsibility program in the industry.
Birla Cellulose – a leading sustainability focused Man-Made Cellulosic Fibres (MMCF) producer – operates 12 sites that apply environmentally efficient closed loop technologies that recycle materials and conserve natural resources. Its five global advanced research centres are equipped with state-of-the-art facilities and pilot plants. Birla Cellulose’s fibres are made from renewable wood and are produced using a closed-loop process with significantly lower carbon emissions and lower resource consumption. Its eco-enhanced fibres such as Livaeco viscose and modal, Birla Excel (lyocell), and Birla Spunshades are designed with superior sustainable credentials. Liva Reviva is a circular viscose fibre made using pre-consumer cotton waste and provides a solution to recycle fashion industry waste into fresh fibres.
Birla Cellulose collaborates actively with its upstream and downstream partners with an aim to create a bigger and broader positive impact on sustainability of its value chain. It works closely with global sustainability focussed organisations like Sustainable Apparel Coalition (SAC), Canopy, Zero Discharge of Hazardous Chemicals (ZDHC), Changing Markets Foundation, Textile Exchange, WBSCD, Fashion for Good, Global Fashion Agenda, The Microfibres Consortium among others to continually learn and apply the best practices in its global operations and across its value chain.