Climate change is arguably the biggest threat to our civilisation. Producing energy from fossil fuels has enabled unprecedented progress for humanity, but burning coal, oil and natural gas has increased the concentration of greenhouse gases (GHGs) such as carbon dioxide in the atmosphere. The clearing of land for agriculture, industry, urbanisation and other activities has also contributed to that increase, although to a lesser extent.
The consequences are difficult to predict precisely but certain effects of climate change seem likely. For example, the Earth will become warmer, weather events such as heatwaves will become more severe, the sea level will increase, as ice on land melts and seawater expands as it warms, and the productivity of agriculture will change, all provoking human migration. Taken as a whole, the evidence indicates that the net costs of climate change will be significant and that they will increase over time.
The COP21 Paris Agreement calls on all countries to keep the global temperature increase to well below 2°C above pre-industrial levels and to pursue efforts to limit the increase to 1.5°C. In this context, the European Union is committed to being the first carbon-neutral economy by 2050 and will therefore define its long-term GHG emission reduction strategy. This strategy is expected to fundamentally transform all sectors of the European economy, creating business risks and opportunities.
The EU has already put a price on carbon emissions through the EU-ETS cap and trade mechanism, which monitors overall emissions and aims to reduce them. Through the Green Deal and the (COVID-19) Recovery Plan, the EU will further push policies to increase the scope and incentives to reduce emissions. Other economic powerhouses will follow at some stage. As one of the largest and most-diversified industries in Europe, and as an important emitter of GHGs, the chemical industry plays an important role in helping achieve a just transition to lower long-term GHG emissions, thanks to its innovative solutions, while increasing Europe’s competitiveness both locally and globally.
Our products can contribute to the fight against climate change. Polyolefins’ (PO) key advantage against alternative materials is their lightness and durability, which makes them ideal for applications such as vehicles and packaging. All car manufacturers use plastic composites that meet durability requirements but can weigh 10-50% less than alternative materials, helping to reduce fuel use and CO2 emissions. PO is also an essential component of electric vehicles.
PO also helps to reduce GHG emissions in other ways. For example, plastic packaging avoids food wastage by increasing shelf life. If food wastage were a country, it would be the third-largest GHG emitter in the world.
In addition, the need to continuously improve energy and resource efficiency in all sectors of the economy will drive growth and innovation in the PO industry. For example, PO is a key enabler of renewable energy, as a component in photovoltaic panels and as an insulator for cables carrying renewable energy.
Policy makers and governments need to put in place measures to incentivise the transition to products and solutions that fight climate change and protect them from unfair competition.
Using more recycled plastics and renewable feedstock is a way to decouple carbon emissions from both PO production and the incineration of PO waste, thereby seamlessly linking the energy and littering challenges the PO industry faces.
We are committed to the Circular Economy, including investing in our recycling operations, fostering collaboration in our value chain and exploring new opportunities that reduce climate change. See Our View on the Circular Economy for more on this topic.
In the chemical sector, moving towards carbon neutrality requires a number of significant changes. The industry will need to transform its existing plants and invest in new industrial pathways and processes. It will also need to make circular use of alternative feedstocks, such as bio-feedstocks or recycled sources, and use CO2 as a source for important single-carbon compounds such as methanol. Sectoral integration, in which energy consuming sectors such as the chemical industry are closely coupled to the power-producing sector through smart infrastructure, will also play an important role.
At Borealis, energy and climate is one of the three core elements of our sustainability strategy. We are committed to reducing the CO2 emissions from our production, by improving our energy and process efficiency. Our aspiration for our European asset base is to increase energy efficiency by a further 10% by 2030 compared with 2020, on top of the initial 10% efficiency gains we achieved between 2015 and 2020.
We are also increasing the share of renewable energy we use. Our aspiration is for renewables to supply 50% of the electricity consumed by our European asset base by 2030.
In addition, we aim to reduce the CO2 emissions in the supply chain of our feedstock and products, alongside our logistics service providers and partners. For example, we have introduced trucks fuelled by liquefied natural gas (LNG) for regular deliveries to customers. These trucks have 25% lower CO2 emissions than comparable diesel-powered trucks. The charter vessel we use to source some ethane has also been converted to run on LNG.
Another element of our strategy is to foster industrial symbiosis and cluster partnerships, such as our agreement with Lafarge, OMV and VERBUND to plan and construct a full-scale plant by 2030 to capture CO2 and process it into synthetic fuels, plastics or other chemicals. We are also actively scouting and developing breakthrough technologies and innovations for low-emission production.
To increase transparency about our environmental performance, we are committed to improving the information we disclose, in line with the latest climate-related reporting standards.
Borealis is also committed to supporting EU policy makers, who need to develop the correct policy framework to fight climate change and maintain the competitiveness of the European chemicals industry in a globalised economy.
Borealis invests EUR 17.6 million to lower CO2 emissions, energy consumption, and flaring at plant in Finland
The New Year brings new power to Stenungsund, Sweden: ten-year power purchase agreement for wind signed by Borealis, Gasum and Stena Renewable
Borealis signed on to the Global Plastic Action Partnership
Newly commissioned Biostoom waste-to-energy plant delivers steam and electricity to Borealis in Beringen, Belgium
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