Speaker Biography

Robert Mitchell

Nestle Institute of Material Sciences, Switzerland

Title: Material science approaches to meet consumer demands whilst ensuring product stability

Robert Mitchell
Biography:

Dr Robert Mitchell graduated from Cornell University (USA) with a degree in Food Science and a PhD from the University of Sheffield (UK) in Chemical Engineering.  As a scientist at Nestle Research in Lausanne, Switzerland he specialises in all aspects related to powder production, functionalisation and stability.  He also serves as corporate new ingredient expertise manager to accelerate innovation projects in the company.

 

Abstract:

Statement of the Problem: in the age of rapidly involving consumer trends and demands, it is vital that food and ingredient manufacturers be capable to quickly adapt processes to meet these needs.  For instance the trend of demanding clean-label and transparent ingredients/additives is accelerating, particularly when it comes to certain anticaking agents that could be considered as nanomaterials.  Another example is the rising concerns about the use of non-recyclable packaging materials and the implications that these have on the environment, particularly regarding waste in the oceans.  However in attempts to remove or replace undesired additives and packing materials, one often faces hurdles linked to product stability, particularly in products with a large overall surface area such as food powders. 
In the present talk we demonstrate material science-driven approaches – modifying product recipes, processes, storage & distribution, and packaging materials - that have been employed in order to optimize the functional behaviour of food powders while meeting consumer demands.

 

Linda Bruetsch

Nestle Institute of Material Sciences, Switzerland

Title: Material science approaches to meet consumer demands whilst ensuring product stability

Linda Bruetsch
Biography:

Linda Bruetsch graduated from the ETHZ (Zurich) with a PhD in Food Process Engineering, in collaboration with Buehler Group (Uzwil). As a scientist at Nestle Research in Lausanne, Switzerland since February 2018 she specializes in employing novel process technologies and ingredients to promote innovation across a variety of business units, most notably with an emphasis on plant-based dairy alternatives and ultra-affordable products.

 

Abstract:

Statement of the Problem: in the age of rapidly evolving consumer trends and demands, it is vital that food and ingredient manufacturers are capable to quickly adapt processes to meet these needs. For instance the demand for clean label and transparent ingredients/additives is accelerating, particularly when it comes to certain anticaking agents that could be considered as nanomaterials. Another example is the rising concerns about the use of non-recyclable packaging materials and the implications that these have on the environment, especially regarding waste in the oceans. However, in attempts to remove or replace undesired additives and packing materials, one often faces hurdles linked to product stability, most notably in products with a large overall surface area such as food powders.

In the present talk we demonstrate material science-driven approaches – modifying product recipes, processes, storage & distribution, and packaging materials - that have been employed to optimize the functional behaviour of food powders while meeting consumer demands.