SUSTAINABILITY IN PRODUCT DEVELOPMENT
A holistic view of a product is no simple matter. But it's worth it if you can spare some time.
In the beginning, questions like: What responsibility do I have for my product? What CO2 footprint will it leave behind? What concepts can we develop for a sensible new development based on resource-conserving approaches?
3 SUSTAINABILITY STRATEGIES
1. efficiency
Efficiency in sustainability aims to make optimum use of resources and minimize energy consumption without compromising quality or performance.
This approach promotes the development of processes and products that require less material and energy. In plastics technology, this means using advanced manufacturing processes that reduce the amount of materials used, as well as using materials that are more recyclable or have a lower environmental impact. RICONE supports customers in implementing more efficient production processes that optimize the use of materials and increase energy efficiency without compromising on product quality.
2. sufficiency
Sufficiency calls for a rethink in the use and production of goods. The aim is to question actual needs and avoid excessive consumption.
In the plastics industry, this means researching alternative materials and production methods that reduce or completely eliminate the need for plastic. RICONE promotes the use of bioplastics and recyclates through consulting and development. We help our customers to design products that are more durable and whose life cycle is extended through reuse or recycling in order to reduce dependence on new, petro-based plastics.
3. consistency
Consistency in sustainability means protecting ecosystems by using environmentally friendly materials and processes.
This approach supports the creation of products that are in harmony with nature and its cycles. The focus here is on bioplastics made from renewable raw materials and the promotion of recycling to conserve natural resources. RICONE relies on innovative technologies to minimize environmental impact while maintaining or even improving product performance. We support our customers in the development of sustainable, circular products that contribute to environmental protection.
TECHNOLOGICAL SUSTAINABILITY
... refers to the use of technology and innovation to ensure long-term sustainable development in various areas.
RICONE GmbH's contribution to sustainability goes far beyond the implementation of efficient, sufficient and consistent strategies in plastics technology.
In recent years, we have successfully implemented research projects with universities and colleges in the field of sustainable plastics technology. For example, with the Institute for Bioplastics and Biocomposites IfBB at Hanover University of Applied Sciences and Arts.
These collaborations have not only produced innovative solutions and advances in the industry, but have also laid the foundations for future-oriented training.
We are keen to further expand these successful partnerships and invite both customers and educational institutions to develop joint projects with us. By combining industrial know-how with academic research, together we can push the boundaries of what is possible and make a significant contribution to sustainability in plastics technology.
Let's create innovative, environmentally friendly solutions together and make a lasting impact on the plastics industry.
TECHNOLOGICAL SUSTAINABILITY
1
Resource efficiency
Technological advances should aim to use resources such as energy, water and raw materials more efficiently in order to minimize environmental impact.
2
Environmentally friendly technologies
The development and implementation of environmentally friendly technologies, such as renewable energy sources, low-emission means of transportation and environmentally friendly production processes, promotes technological sustainability.
3
Circular economy
Technology can help promote a circular economy where products and materials are reused, recycled and repaired rather than disposed of after a single use.
4
Digitization and increased efficiency
The use of digital technologies and data analysis can help to make processes in various industries more efficient, reduce wastage of resources and reduce ecological footprints.
5
Education and awareness-raising
Technological sustainability also includes promoting education and awareness about sustainable technologies and the impact of technology on the environment and society.
6
Ethics and social responsibility
Ethical aspects and social responsibility should be taken into account in the development and application of new technologies to ensure that technology benefits societies and communities and does not disadvantage anyone.
