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H2020 Meat4All Project: Industrialization and commercialization of a competitive, sustainable, and consumer-oriented alternative source of animal protein.

  • Type Project
  • Status Filled
  • Execution 2020 -2023
  • Assigned Budget 1.906.961,00 €
  • Scope Europeo
  • Main source of financing H2020
  • Project website Meat4All
Description

The growing global demand for animal protein demands new approaches to managing the impact of the industrial livestock industry: health, environmental sustainability, and animal welfare. The EU-funded Meat4All project seeks to improve the European meat industry by enhancing competitiveness and developing the significant market potential for cultured meat.

The project will advance meat production technology, improve market acceptance, and conduct safety assessment tests to drive industrialization and commercialization of the sector. It will scale up the production process, support nutritional and health claims for large-scale production, and guarantee 100% traceable and GMO-free animal cells. This technology will produce raw cultured meat for sausages and cold cuts, while keeping prices within acceptable levels.

Objectives

The goal of Meat4All is to scale cultured meat production technology, work on market acceptance, and conduct safety assessment trials to enable the industrialization and commercialization of cultured poultry meat. This project will meet the growing global demand for animal protein while addressing the key challenges of the industrial agricultural industry: health, environmental sustainability, and animal welfare.

By expanding this technology, Meat4All will create a new development area that will enable the European industry to tap into the high potential of this market, boosting competitiveness and generating growth across the EU. BF, in collaboration with OT (peptone-based supplements) and NOB (SIGMA Group; meat processors), is proposing this project to bring cultured meat production closer to the market. This project will enable BF to become a global leader in cultured meat with the production capacity necessary to supply the meat processing industry, starting with NOB's innovative end products. The project's objectives are:

  • Expand the production process from a 135 kg scale to a 10 tonne per year scale by 2021.
  • Maintain high nutritional value for large-scale production quantities.
  • 100% animal-free culture media.
  • Maintain health claims until the final processed products.
  • >80% bioreactor efficiency to keep prices within acceptable levels.
  • 100% traceable animal cells without GMOs.
  • Meat4All will produce cultured meat in a raw format for processing into consumer products such as sausages or cured meats. The target average retail price will be €6/kg in 2023.
  • Creating market leaders.
  • Conduct consumer product testing (tasting) to understand and predict market and consumer demand.
Results

Sustainable, slaughter-free meat eliminates the need to kill animals. Cultured meat is an ethical alternative to factory farming, reduces animal-borne diseases, and produces no greenhouse gases from enteric fermentation. © JackF/stock.adobe.com The production of animal protein through cell culture in a controlled environment, known in the industry as “cultured meat,” uses no antibiotics or hormones and has none of the environmental or animal welfare issues associated with factory farming. “Our technology uses animal cells to grow meat without the need to kill the animal or have many animals to produce it,” says Iñigo Charola, Meat4All project coordinator and co-founder and CEO of BioTech Foods in San Sebastián, Spain. A small sample (a biopsy) is taken from a healthy animal. The muscle cells are then isolated and grown in an industrial environment that replicates the conditions for those cells in the living animal. This involves keeping the animal’s temperature at 37°C, feeding it minerals, vitamins, and amino acids, and providing oxygen—all of which are essential for the growth of the animal. All of this without damaging or stressing the cells. "Nutritionally speaking, the muscle provides the protein," Charola explains, adding: "Once these cells are isolated, they can be used to produce meat for a long time."

By replicating the same conditions as in the animal, the cells fulfill their programming: they grow and then differentiate into muscle. We then harvest it as a product that can be transformed into consumer products such as burgers, sausages, nuggets, and other formats with the taste and texture of traditional meat. Manufacturing scale at an affordable price. Before the EU-funded Meat4All project, most of the components used to feed the cells were expensive and were primarily used in the pharmaceutical industry. “But we managed to find alternative ingredients for the culture media that feed the cells and that were food-grade rather than pharmaceutical-grade. The work on the culture media formulations allowed us to drastically reduce the cost,” says Charola. After proving this works in a pilot plant, BioTech is investing €36 million in a new facility in San Sebastián, where production will begin in 2024, followed by commercial launch.

The goal is to achieve a production capacity of 4,000 tons of cultured meat per year, he adds. Sustainability Benefits: Meat grown in an animal-free environment avoids animal-borne diseases and the use of antibiotics. It also requires far fewer animals, which is better for the planet. "Meat production requires a huge amount of natural resources: 38% of the world's habitable land is used to feed animals, which is not sustainable at all," Charola notes. "Producing one kilogram of beef requires around 15,415 liters of water for the entire production cycle, including everything that goes into the animal. It's estimated that we will need 90% to 95% less water to produce [cultured] meat." The Food and Agriculture Organization of the United Nations (FAO) notes that livestock farming is responsible for 14.5% of the world's total greenhouse gas emissions, primarily methane.

Cultured meat can reduce this. "We don't have the animal, just the cells, so no methane is produced by enteric fermentation," says Charola. Acceptable to consumers? Market studies in many countries have revealed that young people are willing to accept new technologies that contribute to more sustainable food production. However, currently, cultured meat products are only authorized in Singapore. Due to restrictions on large-scale production in many regions, consumer taste tests have not yet been conducted on this or other EU-funded cultured meats, such as those related to the CULTURED BEEF and CCMeat projects. "Foods can only be successful when they meet two criteria: you like what you eat and you can afford it," according to Charola. Furthermore, for new foods to be accepted, "it's important to communicate transparently, so that consumers have all the information about the benefits."

Coordinators
  • BIOTECH FOODS SL