For the first time the carbon balance shows not only emissions from BASF’s production but also takes into account emissions from raw materials and precursors as well as the disposal of all products. In addition, the company have looked at the product lifecycle of 90 key products that save CO2 emissions when used in end products.An independent third party, the Öko-Institut in Freiburg, has reviewed and confirmed BASF’s calculations.  
The results of the study are clear: The enormous potential savings that can be achieved by using innovative technologies and products from BASF are ignored if one looks solely at the emissions from our production sites’, said Dr Harald Schwager, member of the board of executive directors of BASF SE. ‘In areas such as construction, automobiles and industrial production, our products help our customers to save more than 250 million metric tons of CO2 worldwide. This is three times as much as is emitted through the production and disposal of all our products. We want to maintain or even improve this factor through new products and innovations and by continuing to reduce our own emissions’, continued Schwager.
For example, BASF are developing innovative technologies and materials for sustainable climate protection. BASF spend around €400 million, or one-third of their total research and development budget, in the areas of energy efficiency, climate protection, resource conservation and renewable raw materials.
BASF also want to further improve on what they have achieved in the areas of climate protection and energy efficiency and have set themselves ambitious new goals. By 2020, BASF aim to reduce specific greenhouse gas emissions, ie per metric ton of product sold, by 25% compared with 2002. In addition, for the first time, BASF have set a quantitative goal for improving energy efficiency.
‘We have made significant progress and have continuously improved BASF’s energy efficiency in recent years. We want to become even better and aim to increase the specific energy efficiency of our production processes by 25% by 2020 compared with 2002′, said Schwager. ‘This is a very ambitious goal, but also a very important one. We see energy efficiency as the key to combining climate protection, conserving resources and achieving a competitive advantage.’
To emphasize the strategic importance of climate protection, BASF will appoint a climate protection officer for the first time. ‘Climate protection is an integral part of BASF’s sustainability strategy and is increasingly becoming a long-term strategic issue’, said Voscherau. ‘As far as we know, we are the first global industrial company to establish the position of climate protection officer.’
The climate protection officer will be a member of BASF’s sustainability council and will coordinate all the company’s activities in this area worldwide. This will include topics like greenhouse gas emissions from products and disposal of products well as the long-term positioning of BASF in the area of climate protection.
Voscherau appealed to German and European politicians to promote effective and sustainable policies for energy and climate protection that preserve the innovative power and competitiveness of European industry. Voscherau asks: ‘Where will the solutions come from if they don’t come from industry?’ Climate protection is a global task that needs global strategies. Germany is the technological leader in environmental protection. It has to be our goal to promote these technologies worldwide and to make them available worldwide. This is the intention of the German Federation of Industries’ initiative ‘Business for Climate Protection’. In order to achieve lasting solutions, everyone has to do their part. We are prepared to do our part’, continued Voscherau.