For over 70 years, the Utz Group have been developing and manufacturing suitable, sustainable packaging made of plastic for reusable logistics globally. With high efficiency, functionality, innovative strength, and environmentally-friendly products, they continue to set new benchmarks and industry standards.
Utz Group is involved in organizations that promote the circular economy, develop new knowledge, and define new standards. Utz can contribute the know-how to develop sensible and sustainable rules for the circular economy. The Utz Group's sustainability strategy and climate goals are in line with the United Nation's Sustainable Development Goals (SDGs), the principles of the UN Global Compact, as well as the goals of the Paris Agreement.
At Utz, we are committed to focusing exclusively on cradle-to-cradle recyclable products with an above-average service life. At the same time, we are continuously reducing our carbon footprint and switching to the use of renewable energies. We are reducing the consumption of new raw materials by continuously increasing the use of secondary raw materials or CO2e-neutral plastics. We are constantly improving our energy efficiency and trying to reduce energy consumption.
We are a company in which origin, age, gender, and appearance play no role. We secure and create attractive jobs through ongoing digitalization. When designing workplaces and working time models, we focus on the compatibility of work and family. We attach particular importance to the health of all our employees.
Logistics is increasingly becoming digital and automated. The demand for reusable containers, trays, and pallets is growing worldwide. Specific, environmentally-friendly customer solutions are at the forefront. As we grow and our consumption of raw materials increases, so do our CO2e emissions. The major share of these emissions come from processing materials. However, thanks to the use of Utz products in reusable cycles and their almost complete recyclability, a large part of the raw material can be kept in the cycle. This also keeps the CO2e bound within the material in the cycle and less new material needs to be produced, which consequently results in fewer emissions.
