Reports Archive

Energy Storage

Energy storage is a crucial component needed to enable the effective integration of renewable energy and to unlock the benefits of a clean, local, resilient energy supply. ICL is committed to developing advanced bromine-based technologies that have the potential of becoming a new solution for energy storage. ICL is partnering with a range of industry players from research institutions to developers of energy storage applications in order to advance innovation in the energy storage market. 7.2 By 2030, increase substantially[...]

Renewable Energy

ICL is committed to doing its part in transitioning to a low-carbon economy and mitigating climate change. As part of ICL’s sustainability vision for 2030, the Company is increasing its use of renewable sources of energy. 7.2 By 2030, increase substantially the share of renewable energy in the global energy mix 7.3 By 2030, double the global rate of improvement in energy efficiency There are two types of energy sources: non-renewable energy, which is derived from fossil fuels, and renewable[...]

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Industrial Applications

ICL’s industrial chemical know-how and its access to mineral resources serve industries beyond the agricultural sector. These specialty products are used by a range of other manufacturing and infrastructure sectors, including pharmaceuticals, food and beverages, home furniture and appliances, construction and electric power utilities as well as in new and developing sectors, such as energy storage and urban mining. https://youtu.be/vUxybYahrDw Energy Storage Bromine and its bromide derivatives represent an electrochemical couple around which various technologies have been developed for electrical[...]

Research, Development and Innovation

ICL’s research, development and innovation (RD&I) activities support the Company’s growth strategy. The main objective of these activities is to enable new product sales (NPS) and new business creation in the areas of next-generation fertilizers, food technology, e-mobility/sustainability, novel materials and digital agriculture. Developments encompass products, formulations, processes and new business models. Development activities are implemented in the company’s RD&I centers around the world and in external labs in universities, research institutes and start-ups with whom ICL is collaborating on[...]

Sustainable Solutions

ICL is developing and investing in solutions on two main fronts. On the one hand, it is focused on operational innovation to reduce the Company’s impact by promoting energy, material and carbon efficiency, pollution control, risk reduction and supply chain impact. In parallel, ICL’s RD&I is looking to the UN’s SDGs as guiding principles for further development. The Company is increasingly focused on finding solutions that increase the positive global impact of ICL’s business - through its existing and new[...]

Energy Storage

Energy storage is a crucial component needed to enable the effective integration of renewable energy and to unlock the benefits of a clean, local, resilient energy supply. ICL is committed to developing advanced bromine-based technologies that have the potential to become a new solution for energy storage. ICL is partnering with a range of industry players from research institutions to developers of energy storage applications in order to advance innovation in the energy storage market. 7.2 By 2030, increase substantially[...]

Energy Efficiency

Energy efficiency is part of ICL’s comprehensive approach to reduce its environmental impact. The Company invests significant efforts to implement energy conservation measures in its companies and facilities worldwide. ICL maintains a global energy efficiency program using standard methodologies across all ICL companies which has been extremely successful. In early 2013, a global energy efficiency program was launched, as part of ICL’s corporate-wide ACE (Ambition Creates Excellence) efficiency program. For this purpose, the Company developed a standard methodology to be[...]

Energy

ICL strives to continuously improve energy efficiency and decrease its emissions. It is doing so by increasing its use of clean and renewable energy, utilizing highly efficient electricity production units (natural gas based cogeneration) and implementing multi-year energy efficiency programs. All industrial activity requires energy. ICL's Energy consumption is both direct and indirect. Direct energy is energy produced by fuel combustion, mainly used to operate steam boilers, electricity generators and similar installations at ICL production sites, as well as fuel[...]

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