How can you use plants to improve the quality of the soil, water, and air? Further research into this green technology, also known as phytoremediation, should lead to refinement and expansion of the existing possibilities.

An important role is reserved for ‘green’ chemists, professionals with specific knowledge and skills, who can accelerate the transition to green chemistry within the tree nurseries of the future. The primary supplier of these professionals is training centre ROOTZ, part of the Business Centre Treeport (BCT). Ordinary chemists are retrained here through a practical training program to become green chemists. This is done via a tailored higher professional education program developed in collaboration with Avans and Aeres, which runs twice a year. Substances are at the core of the training. 

Plant values

“Adding plant values is an essential part of the ROOTZ philosophy,” explains program manager Peter Berben. “A plant isn’t just for decoration. Every plant contains various substances in its stem and leaves that represent different values. Some plants can break down PFAS, while others can extract metals from the soil. Green chemistry enables plants to convert these substances sustainably, harnessing natural plant processes to improve the quality of soil, water, and air in a sustainable way.”

Distinguishing

He continues: “Soil remediation is largely uncharted territory. Through our specialised laboratory, we conduct thorough and well-founded research into this field. Our goal is to differentiate ourselves in the Netherlands and Belgium, striving for even greater innovation and societal impact.”

Research

In the realm of soil remediation, ROOTZ investigates plants’ capacity to remove heavy metals and prevent or combat pesticides. Another area of research is water purification, focusing on the use of plants to filter nitrogen, phosphorus, and other substances from water flows. Research into air purification involves testing plant species for their ability to absorb volatile organic compounds and particulate matter from the air. Each study aims to elevate plant knowledge to new heights. “Our modern laboratory is where science and practice converge, empowering growers to contribute even more effectively to a sustainable future,” emphasises Peter Berben.

Information

The ROOTZ training to become a ‘green’ chemist contains ten unique modules of ten days in total. Upon successful completion, students will receive a so-called micro credential, a diploma, or certificate they can show to other professionals to prove their knowledge, abilities, and understanding. If you want to find out more about ROOTZ and/or the ROOTZ training to become a ‘green’ chemist, please contact program manager Peter Berben via peter@treeport.eu or check bct-rootz.eu.