Optimised water consumption and recycling water on site
L’Oréal has committed to reduce its water consumption by 60% per finished product by 2020, compared to 2005. To achieve this goal, the Group is undertaking multiple actions: optimising consumption and developing projects to treat, recycle and reuse water at its production sites.
Guaranteeing sustainable sourcing for our renewable raw materials
In 2018, L’Oréal continued to implement its sustainable sourcing policy for renewable raw materials, strengthening it with the support of the NGO Rainforest Alliance.
Carbon balanced, towards a low carbon business model
In the face of the climate emergency, the Group has committed to balance its residual CO2 emissions (Scope 1 and 2, downstream transport and finished products) by the end of 2020, in order to become a Carbon Balanced company. This ambition reinforces L’Oréal’s low carbon strategy, which takes a dual approach to reducing the Group’s carbon footprint – lowering the emissions linked to its industrial and logistics activities while balancing residual emissions.
In 2019, 59% of raw materials used in L’Oréal's products were renewable, meaning coming mostly from plant origin. This represents approximately 1,600 ingredients from nearly 350 plant species sourced in over a hundred countries. 68% of these renewable ingredients are derived from sources certified as sustainable.
CO2 emissions reduction: a global strategy
To reduce its carbon footprint, L’Oréal is taking a two-pronged approach. Firstly, the Group has reduced the emissions of its industrial sites by 87 % compared to 2005 by lowering the greenhouse ga
Green chemistry, a catalyst for more sustainable innovation
Invented in 1998 by two American chemists, Paul Anastas and John Warner, green chemistry is a soft and clean chemistry, aiming at a minimal environmental impact. L’Oréal was the first player in the cosmetics industry to integrate this concept in its innovation model.
How to measure and improve the environmental impact of formulas
L’Oréal has been conducting lifecycle assessments to measure the environmental impacts of its products for many years. It has identified that water, and in particular the water discharged when the consumer uses the product, as well the carbon emissions linked to the use of hot water during a shower to among its principal impacts on the environment.