*”Scientists developing cultivated meat agree that R&D-scale methods won’t work for large-scale production. The non-peer-reviewed environmental impact study you reported on assumed commercial production of cultivated meat would rely on pharmaceutical-grade media to feed the cells – which food manufacturers won’t need to use (13 May, p 11).
Its findings deviate from other published research and don’t reflect current or anticipated practices. Recent peer-reviewed data demonstrates that food-grade ingredients can support animal cell growth, and producers are actively developing the supply chain for these ingredients.
A peer-reviewed study in The International Journal of Life Cycle Assessment, based on input from many cultivated meat companies and media suppliers, showed that producing cultivated meat at scale using renewable energy could lower climate emissions by 92 per cent and use 90 per cent less land than conventional beef.
Just as we wouldn’t assess the environmental impact of solar panels based on 1980s prototype production methods, we shouldn’t assess cultivated meat’s potential impact using R&D-scale processes. To deliver on cultivated meat’s potential to help satisfy growing demand for meat, reduce climate impacts and create space for more sustainable farming, governments must develop sustainable, large-scale production.”*
Liz Specht at the Good Food Institute wrote this response in the NewScientist:
*”Scientists developing cultivated meat agree that R&D-scale methods won’t work for large-scale production. The non-peer-reviewed environmental impact study you reported on assumed commercial production of cultivated meat would rely on pharmaceutical-grade media to feed the cells – which food manufacturers won’t need to use (13 May, p 11).
Its findings deviate from other published research and don’t reflect current or anticipated practices. Recent peer-reviewed data demonstrates that food-grade ingredients can support animal cell growth, and producers are actively developing the supply chain for these ingredients.
A peer-reviewed study in The International Journal of Life Cycle Assessment, based on input from many cultivated meat companies and media suppliers, showed that producing cultivated meat at scale using renewable energy could lower climate emissions by 92 per cent and use 90 per cent less land than conventional beef.
Just as we wouldn’t assess the environmental impact of solar panels based on 1980s prototype production methods, we shouldn’t assess cultivated meat’s potential impact using R&D-scale processes. To deliver on cultivated meat’s potential to help satisfy growing demand for meat, reduce climate impacts and create space for more sustainable farming, governments must develop sustainable, large-scale production.”*