In times of COVID-19, we are spending a lot of time at home. Some of us feel the desire to give one of the rooms or even the whole flat a new coat. There is only one challenge: From furniture to window frames and indoor walls, whenever something is painted it should dry and harden fast. This is currently being solved by adding so called siccatives, which contain heavy metals such as cobalt, copper or lead. But we all know that these are toxic and harmful to our health and to the environment.

The COVID-19 crisis is currently affecting all of us and all eyes are set at the scientific community that is eager to find a drug or a vaccine against the virus as soon as possible. Furthermore, the European Commission has launched the Green Deal concept which includes a research budget within the Horizon 2020 program of 1 billion Euro! Let’s conclude from these two recent examples: Science is important for all of us to move forward and to find solutions to meet the big challenges of our planet. In other words: science affects all of us and life is science!

Plastic waste management has become a challenge for our planet. Mankind produces 27.1 million tons per year of plastic waste and only 31.1% can be recycled! More than 65% are landfilled or incinerated. These huge amount of waste comes along with CO₂ emissions of 6.7 million tons per year.

To counteract to these numbers, the project ENZYCLE was launched: it looks for new processes to treat and to recycle plastic fractions that nowadays cannot be recycled. It mainly addresses multilayer packaging, PET trays and clamshell containers and microplastics in waste water. Therefore, the project aims to reduce the amount of plastics that ends up in soil and the oceans.

Coronavirus SARS-CoV-2 has turned the whole world upside down. After weeks of curfew to relieve the national health care systems, the economic impact becomes more and more perceptible: We are facing a substantial crisis. The only way out of this misery is finding a) an effective drug for the treatment of COVID-19 or b) a safe vaccine, which prevents us from a Coronavirus infection.

Automation is the future of numerous processes – not only in our everyday life but also in more specialized areas such as bioprocessing. Researchers are eager to find solutions in order to replace routine steps by automated process sections. This gives them the opportunity to spend the gained time on more meaningful things: thinking about new innovations!

We are living in a throwaway society; this is also true for clothes. When we think of the personal protective equipment for work safety such as mechanically robust and fire resistant clothes, it makes sense that they also have an expiration date. But that does not mean that also the ingredients have lost their functionality. Usually, these compounds have been produced with considerable energy effort, thus, it reasonable to find an efficient recycling method.

A new development in the European framework programs for research and innovation is catching attention: the lump sum pilot. First implementations are in progress already in Horizon 2020 and intensified for the next framework program Horizon Europe. What does it mean for the research community and which changes do we expect?

Carbon dioxide (CO₂) emission is a massive problem for our climate; this is well-known. We urgently need measures to prevent earth from the big collapse. Where do we find them? Biotechnology offers some interesting solutions.

The modern business world is using a new buzzword: “Open innovation”. What does it mean? How “open” do we need to be? What could be the benefit? And what does it look like in reality?

More efficiency, more quality, more process safety, less costs, less waste – these are the target specifications of each and every production process in chemical industry. It seems quite ambitious to meet all these requirements, but a new key word has entered the engineering world: process intensification!