Sustainable industrial production is increasingly important in today’s world. Introducing innovative business models to encourage waste-free production and improve production and consumption patterns is an effective way to increase sustainability in goods and services.
In the Take Back Chemicals service based business model a chemicals supplier is paid for the function of a substance rather than the quantity. This aligns the economic interests of supplier and user, reducing the amount of substance used while optimising the effect. This cooperation and related price setting differentiates Take Back Chemicals from simple forward integration or outsourcing and encourages development and operation of new production processes.
Take Back Chemicals is designed for fully controlled substances. The main field of use is on non-core user activity, such as cleaning, coating, pretreatment of materials or water and chemical purification. Cooperation and knowledge sharing between the stakeholders within the supply chain, including developers of operational equipment, waste and recycling companies and consultants, are crucial for the success of implementation.
Take Back Chemicals delivers a win-win-win situation for the supplier, user and environment. The supplier gains in depth knowledge of customer needs and can valorise its knowledge and expertise as a service. The user gains a more efficient production process with eventually a higher quality standard and the advantage of relief from regulatory tasks such as the REACH Regulations, waste handling legislation and permitting. The increased efficiency in chemical use and reduction of waste production benefit the environment.
Royal HaskoningDHV has partnered with several industries, VNCI, Essenscia, Port or Rotterdam, EY, RSM, A-Worx, ISPT and the Dutch and Flemish ministries and agencies to develop the techno-environmental, legal and economic framework of the Take Back Chemicals concept in Belgium and the Netherlands.
Services within this area
- Air Quality - Industrial Emissions & Odour
- Protected Storage Engineering
- Building Information Modelling (BIM)
- Computational Fluid Dynamics
- DSEAR/ATEX and Hazardous Zone Classification
- Energy and Infrastructure Consenting
- Safety: External and Integral Safety
- Hazardous Installations
- Health and Safety: Improving safety culture
- Impact assessment and planning
- Incident investigation
- Land Easement and Acquisition
- License to Operate
- Logistics consultancy and simulation
- Mooring Analysis and Optimisation
- Factory Acceptance Testing (FAT)
- Maritime: Mechanical and Electrical Services
- Offshore Safety
- Oil Spill Modelling
- Process Safety Management
- Air Quality - Spatial Planning & Transport
- Renewable Energy Business Services
- Hydropower and Dams Solutions
- Renewable Energy Technical Services
- Industrial: Structural Engineering
- Wave and Tidal