Rising demand for alternative proteins calls for reliable wet fractionation processes that boost purity, nutritional value and yield, of protein isolates while reducing consumption of energy and water. Sustainable plant-based protein processing systems from Alfa Laval deliver reliable performance and reduce environmental impact while ensuring protein stability, appearance, texture, taste and nutritional value.

We are in the business of transformation, innovation and inspiration. We provide software, machinery, systems and solutions that help food processors gain a competitive edge and make the most of cutting edge technology such as digitization, automation and robotics. Driven by a passion for meeting the growing demand for quality protein, we create groundbreaking solutions that benefit the global population.

We have processing solutions for a wide range of crops. As new products are being developed, the interest in new types of protein with different characteristics in terms of taste, nutrition, and/or texture is increasing. Adding the right protein can also enhance technical functionalities, including the ability to stabilize multiphase systems such as foams and emulsions. Furthermore, the protein composition and quality may exhibit variations on a daily basis. As a result, our systems have been meticulously engineered to ensure adaptability and maintain a consistent output.

Growing public awareness of the health and environmental benefits of plant protein is causing a major shift in the protein market. Alfa Laval is playing an active part in the development of the vegetable protein industry, supporting global food companies, startups, and research institutions with expert advice and market-leading processing solutions. Building on our long history of working with traditional protein and starch producers, we create sustainable and reliable solutions for the future.

Like most start-ups, nextProtein began in a garage back in . It was born from the personal and professional ambitions of its founders, who were searching for solutions to change agricultural food production while being able to work and live together. Syrine, an Emergency Operations Specialist at the Food and Agriculture Organisation of the UN, and Mohamed, a Grammy-nominated chemical engineer, identified that they could combine organic cycles of nature with the scalable efficiency of technology, to produce an alternative to wasteful and unsustainable agricultural systems.