- Start dateJanuary 1, 2017
- Runtime48 months
- ContactAnne van der Zwaan
Industrial cases for in line sensoring
This project investigates how in line sensors can help improving product quality and efficiency in 5 industrial cases, using a large consortium of end users, technology suppliers. Together with suppliers of in-line moisture sensors and experts the possibilities where investigated to get a GRIP on each drying proces. Objective is the application of innovative (sensor) technology that meets the specific innovation needs of the company.
In a sequel of 5 separate monthly news items from February until June 2020 the summaries of the industrial cases results are described. You will find them below under ‘All News’ and you may recognize them by the special drawings per case.
In Industry 4.0 in-line sensors will be implemented more and more. Wiring and creating connection to the process control is very expensive. Costs of wireless measuring systems are much lower and can offer much more flexibility. However, with wireless technology new interdependencies and risks are being introduced. As a result of risk analyses recommendations are made for a good mitigation of risks in order to manage the risks there are.
The Topsectors introduced Life Long Learning & Development as a result of the Human Capital road map. It it a great instrument for The Netherlands to stay front runner in the field of knowledge and innovation.
One of the results of the GRIP on drying project is that there is a need for smart strategies to develop Learning Communities. Learning Communities are an important link to building and spreading knowledge through education, life long learning and other channels. Learning Communities are stronger when they are supported by an online community: in case of the Drying & Dewatering Learning Community there is a possibility to join f.e. the ISPT Linkedin group.
The success of a Learning Community depends on the objectives of the organisation and participants. Reflection on motivation, objectives and involvement of the participants is recommended. Also to set an objective during a certain period for drawing up of a white paper, a presentation, or a training (Marcelis, 2002). In our article Experts choose interaction as preferred way of learning. more information.
Incorporating the human factor is essential when it comes to open innovation. As a result ISPT introduced Learning Communities as an instrument to stimulate and facilitate knowledge exchange between practitioners, increase interaction among stakeholders, and strengthen collaborations. For the GRIP project two workshops were organised for the Learning Community of Drying experts. A workshop in 2018 regarding energy savings during thin film drying and a workshop in 2019 regarding heat pumps in drying processes. During this latter workshop the results of our ISPT Social Acceptance project VERA were investigated regarding the opportunities for heat pumps in the Dutch industry.
Dissemination of knowledge
In this project a strong focus lies on dissemination of knowledge in order to create extra momentum for accelerating innovation in the Drying industry. Better informed technologists will be able to make better estimates and also have a greater emphasis on efficiency and quality.
Because a lot of partners are involved in the cases the existing network of the Dutch Working Group for Drying (NWGD) and ISPT will be strengthened. Results will be shared through presentations and through the web. There is also a focus on online learning opportunities for professional training of drying process technologists.
The digitization introduces a new vulnerability, for this reason the program televulnerability of Agentschap Telecom joined the consortium. Their booklet ‘Vijfstappenplan’ (Five step strategy) that was developed within the GRIP on drying project, is creating awareness, and how to assess dependencies and execute risk management.