Chemistry is one of the answers to the challenges faced by humanity.The industry is an important provider of innovative, sustainable solutions that will contribute directly to the UN’s Sustainable Development Goals (SDGs).
For Oxiteno, sustainability is a journey that has a beginning with no end. There are many challenges on this journey and today's strategic decisions can help build a more sustainable future.
The global population will be more than eight billion by 2030 and there is a pressing need for a strategy of sustainable growth and development - considering economic, social, and environmental aspects. Oxiteno
believes that collaboration between government, civil society and the private sector is critical to addressing this new reality. So, in 2019 the 2030 Strategic Sustainability Plan set out the goals that will directly contribute to sustainable development.
The ambitions outlined in the plan are part of the company's strategy, and therefore are considered in each of the businesses’ decisions.
The company's ambitions are based on eight pillars, each with goals to ensure the continuity of the business and help build a more sustainable future.
2025: more than 80% of suppliers evaluated for supply “Good Practices”.
2030: more than 50% of suppliers evaluated for “Excellence Practices”.
Achieve a 15% return on capital employed (ROCE).
Contribution by specialty chemicals to the sales mix above 70% in contribution margin.
Increase business competitiveness through continuous optimization of fixed and variable costs.
Further the use of digital technology to increase efficiency and improve customers’ and employees’ experiences .
10% reduction in water consumption per ton produced (2019 baseline)
Double the use of reuse water (2019 baseline)
Zero landfill for industrial waste / year (except Uruguay)
10% reduction in waste generation per ton produced (2019 baseline)
10% reduction in energy consumption per ton produced (2019 baseline).
25% reduction in the emissions per ton produced (2008 baseline)
OSHA Recordable accident frequency rate (per million hours worked)
Accident rate (number of accidents TIER I + TIERII * 1,000,000 / hours of exposure)
50% reduction in total chemical spill classified as primary containment loss (TIER 2019 baseline)
Reach a favorability index according to the benchmark for best market practices.
Ensure Equal Pay.
Perform the people management cycle with 100% of employees.
Homogeneous and consistent in all regions of operation
100% of employees trained in ethics and compliance modules
Ensure a high standard of the ethics and compliance program in the evaluation of stakeholders
Develop more sustainable solutions in partnership with customers to meet society’s needs.
100% risk assessment of the use of the product by the customer for the most relevant dangerous products
Oxiteno understands that its decisions and activities have an impact. The company focuses its efforts
on developing its value chain, from the selection and monitoring of suppliers, to caring for the nearby communities and the development of an inclusive and balanced environment for its employees.
Learn more about Oxiteno's social responsability initiatives.
Oxiteno’s Sustainability Report provides information about the company's strategy and performance. Based on its commitment to transparency, the report features the main results in accordance with the standards set out by the Global Reporting Initiative (GRI) with a focus on topics related to the company's materiality, in addition to those defined as having the greatest impact on stakeholders.
To manage the product portfolio responsibly, Oxiteno has developed its own methodology for Sustainable Product Portfolio Management, to identify its degree of sustainability, to manage products properly or to discontinue products that do not comply with pre-determined minimum requirements.
In addition, the company uses the Life Cycle Assessment (LCA) methodology to support the development of more sustainable solutions, quantifying the environmental impacts of a product from the extraction of its raw materials, through its processing, use and disposal. With these data it is possible to make comparisons with similar solutions, to identify in which stages of the process the environmental impacts are more intense, and to propose modifications to improve them.