Event description

The texture and taste of plant-based meat alternatives are key attributes for consumers’ acceptance. Additionally, a high level of manufacturing efficiency is required to make products affordable and successful in the long term. The transfer from prototyping to production scale is often recognized as a major challenge. Particularly, high-capacity solutions for the texturization of plant proteins using high moisture extrusion have long been considered a bottleneck. This talk will focus on a step-by-step approach to the development and process design of meat analogues. Robust extruder solutions at throughput rates of up to one metric ton per hour will be presented. Furthermore, industrial-scale methods downstream of the extruder are illustrated, including cutting, shaping, and marinating. Tasty examples of successful implementation will be provided.

Meet the speaker

Dr. Volker lammers

Dr. Volker Lammers

HEAD OF PROCESS ENGINEERING, DIL TECHNOLOGIE GMBH

Dr. Volker Lammers is a food engineer with a focus on the development and implementation of innovative technologies for the sustainable production of high-quality foods. He studied Food Technology and Biotechnology at the TU Munich and completed his master’s course in 2011. Between 2012 and 2016, Volker worked as a research assistant at ETH Zurich, where he received his Ph.D. at the Laboratory of Food Process Engineering. In 2016, he joined the German Institute of Food Technologies (DIL e.V.) and currently leads the Process Engineering Department. The group focuses on industry-ready solutions in the field of extrusion, 3D printing, and other texturization technologies for plant proteins.

Upcoming events

View all events
Two scientists working in a laboratory
Virtual Event

How alternative protein companies can work with the U.S. National Laboratories

Join us to learn ways alternative protein companies can work with the U.S. National Laboratories.

An illustration of the world with trees and windmills in the background

The Future of Protein Forum @ SXSW (Regen House)

GFI is bringing protein diversification to SXSW.

An illustration of the world with trees and windmills in the background
Virtual Event

High-Impact Giving Strategies for Reducing Biodiversity Loss

GFI joins Giving Green to discuss how strategic philanthropy can help address biodiversity loss.

An illustrative graphic of a microscope on a stack of books
San Francisco Marriott Marquis

Future Food-Tech San Francisco – Breaking Barriers to Scale: Cost, Efficiency, and De-Risking Bioprocessing

From modular systems to shared infrastructure, the future of bioprocessing is getting real. Join GFI’s Amanda Hildebrand at Future Food-Tech San Francisco as she moderates a dynamic breakout session on…

An illustration of the globe with two hands reaching towards one another.  third party event featured image.
Politics and Prose at The Wharf

Bruce Friedrich at Politics & Prose

Meat: How the Next Agricultural Revolution Will Transform Humanity’s Favorite Food—and Our Future – with Nicolás Rivero.

An illustration of the globe with two hands reaching towards one another.  third party event featured image.
Bahen Centre for Information Technology

Meat: The Next Agricultural Revolution

Bruce Friedrich kicks off Canada’s premier alternative protein symposium in Toronto.

An illustration of the globe with two hands reaching towards one another.  third party event featured image.
Johns Hopkins University

Bruce Friedrich at Johns Hopkins University: Meat — a homecoming conversation

Event description Co-hosted with the Center for a Livable Future (based at the Johns Hopkins Bloomberg School of Public Health), this event is a chance to connect the dots between…

An illustration of the globe with two hands reaching towards one another.  third party event featured image.
NC State University

Alternative Protein Symposium: Bridging Science and Society

Join Bruce Friedrich and our Alt Protein Project leaders from NC State, Duke University, and Virginia Tech at the Alternative Protein Symposium: Bridging Science and Society.