Pauly
...of pollution, climate change, and biodiversity loss.
Pollutants like organic chemicals, metals, and plastics contaminate
our air, water, and soils. They enter organisms and impact both the
ecosystem and human health.
registered, and the number is still increasing.
Our models
predict how these chemicals behave in our environment, how they
distribute and bioaccumulate, and which adverse effects they
provoke.
... to the sustainable future of our planet.
We provide
toolboxes to characterize chemicals according to their environmental
impact and to find sustainable solutions for your products.
We offer a web application and a stand-alone application for
calculating physicochemical properties.
Our applications are
tailor-made for your individual needs. Based on your interest, you
can decide which toolboxes you would like to implement in your
application. You can also design your own toolboxes according to
your tasks.
We offer individual consultations to develop solutions according to your needs
Explore our customized workshops focused on modeling physico-chemical properties to empower both you and your team.
At the Helmholtz Centre for Environmental Research (UFZ), I have spent over ten years integrating experimental insights with computational modeling. By applying deep learning and neural network architectures, I develop models that capture complex patterns in chemical behavior and environmental interactions—providing novel predictive tools that enhance mechanistic understanding and decision-making in environmental chemistry.
With over 15 years of experience in software and app development, I co-founded droidsolutions GmbH, where we create mobile applications for digital exhibitions in museums and at trade fairs. Our apps are designed with a strong focus on user experience—intuitive navigation, accessibility, and adaptability to different audience needs are at the core of every project. By combining technical innovation with a deep understanding of user behavior, we create digital experiences that are both informative and engaging.
This spin-off project at the UFZ is funded by the in-house funding program transfun.
