Journal of Food Processing & Technology

The green dairy model: A technology and innovation-driven approach for sustainable milk processing

9^th Euro-Global Summit & Expo on Food & Beverages

July 11-13, 2016 Cologne, Germany

Christoph Glanser

Fraunhofer Institute (UMSICHT), Germany

Scientific Tracks Abstracts: J Food Process Technol

Abstract:

The main idea of the collaborative project �??SUSMILK: Re-design of the dairy industry for sustainable milk processing�?� is to analyze and optimize the whole process chain for milk and milk products with regard to energy and water consumption. The project aims at developing new concepts and technologies for the supply of heat, cold and power and integrating them into the respective process steps. A central part of the project is the integration of innovative and efficient technologies into a green dairy concept that will aim at maximizing water and energy savings. Main objectives include: application of new technologies for heat generation and distribution in dairies; adaption of new chilling technologies; application of membrane filtration techniques for an innovative pre-concentration of milk; development of new concepts for low temperature drying of milk; optimizing/classifying of waste-stream treatments for water savings and/or energy production; testing of all technologies and concepts in pilot applications under real life conditions; LCA of the entire dairy food chain and development of a decision making tool for more competitive and green dairy plants and; energy-based analysis to show the full potential of energy and water savings within the dairy industry. Expected results include: The evaluation of the feasibility, efficiency, and economy of the technology developments to reduce the water and energy demand in the dairy to establish a resource efficient food processing; concepts based on research results to highlight the potential for recycling of energy and mass flows by transforming waste flows into valuable products and; a green dairy simulation tool based on all the data generated within the different pilot and demonstration plants, which will help engineers and the dairy industry to design new and to adapt existing facilities.

Biography :

Christoph Glasner is working as a Senior Scientist at Fraunhofer Institute for Environmental, Safety, and Energy Technology UMSICHT. He has completed his studies of Mechanical Engineering with a specialization in Process Engineering in 2005. He got his PhD in the field of oil filtration with several separation/membrane technologies in 2009. The PhD thesis was carried out within the framework of 2 FP6 EU projects that he was managing (TRANSMAN, SAFELUBE). Since 2009, he is the Senior Scientist at UMSICHT in the field of biomass conversion and water treatment/management in combination with heat recovery. Currently, he is responsible for international projects in the field of food processing and biomass utilization.

Email: christoph.glasner@umsicht.fraunhofer.de