Christina Senn-Jakobsen: “We can only transform global food systems in collaboration with the global players”

Christina Senn-Jakobsen: “We can only transform global food systems in collaboration with the global players”

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At COP 28, Mariam bint Mohammed Almheiri, UAE’s minister of Climate Change and Environment said that our climate goals simply can’t be achieved without urgently creating more sustainable and resilient food systems. 

On the same day, 134 countries including Switzerland signed a landmark declaration – the first of its kind for the COP process – committing to put food systems and agriculture at the heart of their climate ambitions. A coalition of farmers, businesses and civil society groups – including SFNV partners dsm-firmenich, Nestlé and Tetra Pak – signed a “Non-State Actors Call to Action” that highlights food and agriculture as solutions, and not just drivers, of the global climate crisis and commits to put the declaration into action. 

As a big believer in collaborative approaches, I was thrilled to see partners coming together to put food at the heart of their climate plans. But I also know that top-level commitments like these are often met with a certain level of scepticism. In fact, at events, I frequently hear colleagues ask critical but fair questions about the role of global food system players, and whether they’re doing enough to accelerate transformation. 

In a world where our food systems are responsible for a third of our global greenhouse gas emissions while a third of all food produced is lost or wasted, I understand the frustration and the need for speed. And I also recognise why multinational companies – that represent such a huge part of global supply chains – are seen as part of the problem. But at the same time, I believe that they are an essential part of the solution. 

Why global players are part of the solution

To understand where we are today and where we are going, I think it helps to explore where we’ve come from. Since the industrial revolution, our food system has been geared towards producing safe food at highest output and at lowest cost. Global food players emerged as pioneers that used the latest technologies to provide a growing population with long-lasting, affordable and more convenient choices. But some of these approaches also led to new challenges for the world and its population – something only truly acknowledged by the first climate change legislation which came into force in 1994.

Today, we know that there is a rapidly closing window of opportunity to secure a liveable and sustainable future for all. Geo-political developments have been a wake-up call for the food industry. The global pandemic, the war in Ukraine and the resulting energy crisis, combined with the impact of failed harvests due to extreme weather conditions have exposed the fragility of our food systems. It’s clear that sustainability and positive climate impact must be central to the business models of the future.

The sheer size and geographical coverage of global food system players mean that the actions they take have a huge potential for rapid transformation. Large enterprises have always been experts at using insights to respond to, and stay slightly ahead of, consumer demand. Today, they’re drawing on their broad scientific knowledge, extensive talent pool, their infrastructure and processing capacity and global logistic systems to re-imagine processes and products that align business and sustainability objectives. And they’re investing to scale the solutions that have the biggest impact.  In my opinion, we simply cannot feed the world nutritiously and safely without them. 

But rethinking the way we produce and consume food is not just about launching a few new products in a few key markets. We need systemic change to embed more sustainable practices across global supply chains — from the way food is grown, processed, packed, distributed and marketed to how it is consumed and disposed of. 

Accelerating the transition

In the 13 years that I worked for a multinational company, I witnessed first-hand how company culture and mindsets can shift. Teams recognised the limits of a “not-invented-here” mentality and saw that spotting and acting on win-win synergies is the most successful way of doing business. 

Today, global food system players know that they can’t achieve their objectives in silos. They need to work alongside customers to help them innovate and empower stakeholders across their supply chains to take action, through financial incentives or practical support. They also recognise that, despite their size, they’re still just one partner in a broad and diverse ecosystem and through partnerships with peers, academia and startups they can leverage their complementary strengths and move forward faster. They also operate at local level, working alongside SMEs and connecting into regionally relevant technologies, products and solutions to drive food system sustainability.

Take food waste. According to Project Drawdown, reducing food waste is the number one action that the world can take to mitigate climate change before 2050 – but impact depends on a broad range of interconnected issues from changes in legislation to changes in our shopping habits. From investing in research to tackle post-harvest losses and developing new processing and packaging technology to upcycling byproducts, using intelligent inventory management systems and finding new ways to valorize side streams, large enterprises are developing solutions that reduce supply chain waste and boost products’ nutritional value, while creating new business opportunities. 

Tetra Pak: Transforming food processing to minimise waste 
  • Today, around 40 million tons of brewers’ grain are used as animal feed or as landfill each year and typically one third of every soybean is lost in processing, despite both side streams being rich in fibre and protein.
  • Working alongside food manufacturers, Tetra Pak developed technology to transform spent brewers’ grain into a high-value liquid ingredient and use the whole soybean in plant-based beverages, increasing the fibre content without impacting taste or texture.
  • These measures, alongside others, contribute to their target to achieve a 50% reduction of product loss in best-practice processing lines by 2030.

Regenerative agriculture is another example. The Earth’s soil capacity is declining so dramatically that some experts predict that we have fewer than 60 harvests remaining. Recognising that a significant proportion of their greenhouse gas emissions come from agriculture, many large companies are investing in research, programmes and practical support to drive uptake of regenerative agricultural practices in their supply chains, inspiring farmers to make the transition and mitigating some of the risks they face when stepping out of the standard industrial model. Building on this momentum, many have been involved in shaping the recently announced COP 28 Action Agenda on Regenerative Landscapes, an initiative that will help to share learnings between actors active in this space and broker new partnerships to accelerate progress. 

ADM & Nestlé: Scaling regenerative agricultural practices across supply chains
  • Nearly two-thirds of Nestlé’s global greenhouse gas emissions come from sourcing ingredients – so Nestlé has committed to sourcing 50% of their key ingredients – around 14 million tonnes – through regenerative agriculture methods by 2030. 
  • In July this year, Nestlé and  ADM teamed up to enable regenerative agricultural practices in their wheat supply chain through a combination of financial support and technical resources and assistance.
  • ADM also recently released a comprehensive report summarising their progress in this space, sharing that they’ve enrolled partners working on 2 million acres of farmland to date and they plan to reach 4 million acres by 2025.
A focus on collaboration and co-creation

Of course, global food system players have a lot more work to do and it’s ok if we remind them of their responsibility, given their potential impact. Our understanding of the most effective approaches is constantly evolving. New frameworks, like the EU’s Corporate Sustainability Reporting Directive, will harmonise how we talk about sustainability, boost transparency, and ensure that companies honour their commitments, while helping them to spot new opportunities for innovation. 

For me, the answer lies where this article began: a commitment to collaborate and put words into action – across ecosystems, both nationally and internationally. Whether you’re a startup, a policymaker, a change maker, or a researcher, exchanging and teaming up with large companies could boost your reach and impact. There’s no time to lose and the Valley’s global partners are ready. Let’s co-create. 

Find out more about the Valley’s large enterprise partners 

Our 140+ strong community of Swiss food innovators includes 7 large enterprises. You can read more about their individual commitments and initiatives via the links below. 

ADM | ALDI SUISSEBühlerdsm-firmenichGivaudanNestlé | Tetra Pak

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Planetary partners with Konica Minolta to optimise microbial fermentation through advanced sensors and artificial intelligence

Planetary partners with Konica Minolta to optimise microbial fermentation through advanced sensors and artificial intelligence

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Planetary SA, the Geneva-based biotechnology company, announced today a strategic partnership (MOU) with global leader in imaging technology, Konica Minolta, Inc. (”Konica Minolta”), to develop and implement advanced sensing, artificial intelligence (A.I.), and bioprocess data-driven solutions to optimise the control of fermentation processes in real-time. Through this strategic partnership, the two companies aim to leverage sensing solutions, A.I., and bioprocess data to detect process anomalies, control growth parameters, and increase productivity whilst decreasing lost production batches.

While microbial fermentation holds the potential to revolutionise production systems for a range of industries, the monitoring and control of these processes has been largely left unchanged in recent years. Together, Planetary and Konica Minolta aim to bring innovative data-driven sensing technologies and complementary artificial intelligence to monitor, control, and optimise fermentation processes in real-time. By teaming up with Konica Minolta, Planetary plans to bring these technologies to market and offer them to bioproduct manufacturers globally, increasing productivity and reducing overall cost of production.

“Where Konica Minolta excels in process monitoring technologies based on our 150 years of optics expertise, my conversations with Planetary have given me the impression that they have the speedy nature as a startup with cutting edge bioprocesses backed by their strong leadership. With our expertise combined, I believe this MOU can help us explore further avenues to strengthen our relationship and move toward a direction to solve the true bottleneck of the biomanufacturing industry at a global scale.” Ryutaro Mori, Corporate VP & Chief Innovation Officer, Konica Minolta, Inc.

“Conventional food and material production systems are being disrupted by fermentation-based biomanufacturing. The shift started with high-value items and is now finding its way into commoditised products. To achieve price parity, fit-for purpose production sites need to be designed, strain performance optimised, bioprocesses innovated, controlled, and automated. Konica Minolta and Planetary are in a pole position to jointly harness real-time A.I. and bioprocess data-driven sensing solutions which will reduce COGS by an additional 20-30%.”David Brandes, Co-Founder & Chief Executive Officer, Planetary SA

About Konica Minolta

Konica Minolta Inc., a global technology company headquartered in Tokyo, is one of the world leaders in imaging and sensing technologies. Being known for their optics, industrial radiometric instruments, and other optical devices, the company aims to enter the fermentation space to bring innovative fermentation sensing technologies and associated AI. By utilizing decades of experience in imaging technology, Konica Minolta is building on its expertise to disrupt traditional fermentation sensors and bring new technologies to the market.

About Planetary

Planetary, a Geneva-headquartered company founded in 2021, has set out to establish critical production infrastructure for the emerging bio-based economy by providing industrial-scale fermentation capacity and developing related bioprocessing intellectual property (IP). Planetary leverages the technology of aerobic microbial fermentation to produce food ingredients and bio-based materials at industrial volumes for partners around the world.

About the Bioeconomy Revolution

The global demand for food, plastics, chemicals, and other commodities is growing in accordance with the development of population size and living standards. Many of the animal and fossil-based production systems are unsustainable and are taking a toll on our ecosystem, including the reduction of freshwater resources, land resources, and the uncontrolled emissions of greenhouse gases. Recent scientific advancements, however, have uncovered new, sustainable methods of production.

According to the McKinsey Global Institute (MGI), McKinsey & Company’s business and economics research arm, the bioeconomy could have direct economic impact of up to $4 trillion a year in the next decades, with the potential to produce up to 60% of all physical goods – foods, chemicals, and other bio-based products through a biology-driven production approach. Microbial fermentation is a critical process within the bioeconomy, and by leveraging technologies such as biomass and precision fermentation, these products can be produced sustainably at scale and at competitive cost.

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ZFV Group: The Valley’s first food service partner on innovation through collaboration

ZFV Group: The Valley’s first food service partner on innovation through collaboration

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In summer 2023 the ZFV Group joined Valley as its first food service partner. In more than 200 meeting places across Switzerland, it is committed to integrated sustainability in the fields of catering, bakery, hotels, and children’s catering and care. The ZFV team attaches particular importance to partnerships. In keeping with the motto “Together we achieve the change”, they’ve already helped several startups to get off the ground and develop new solutions. As part of the Swiss Food & Nutrition Valley, they now want to extend this goal.

In an interview, ZFV innovators Dario Notaro, CBDO, and Christian Gerber, Head of Innovation Management, offered us a look behind the scenes and shared insights into current and upcoming projects.

SFNV: You’re the Valley’s first food service partner. In your opinion, how does the food service sector influence the future of the food system?

Dario: It’s absolutely fundamental. If we consider that some 16% of greenhouse gas emissions in Switzerland caused by consumers can be ascribed directly to food, we have an effective lever for improvement – from reshaping our offer and avoiding food waste to our choice of producers. Another important point for us is transparent communication to increase our guests’ awareness of how they eat impacts the environment. Because ultimately we can only achieve the change together.

Christian: Absolutely, food service partners can inspire and enthuse guests to choose climate-friendly dishes and help them to make a positive change. We will achieve this by demonstrating the change to more sustainable thought and action and heightening awareness of it.

SFNV: Our common goal is to bring about improved health for the planet and people through innovative solutions in the fields of food, agriculture and nutrition. How is ZFV Group already involved in these fields, and what is planned for the future?

Dario: Together with startups and fellow Valley partners, we’re developing innovative solutions and banking on partnerships in order to bring about a change together. For example, with FOOD 2050 we ‘re currently implementing an innovative meal plan system in our businesses, which provides guests with information about the global warming potential and the balance of dishes. We’ve also partnered with Steasy, which is developing a simple solution for catering when out and about. And, as the first catering partner, we’re helping the team at Yumame to introduce its vegan products onto the market.

Christian: We love to collaborate with up-and-coming young businesses – it’s exciting. As a practical partner, we can offer businesses our comprehensive know-how and an opportunity to test initial implementations within our businesses, which in turn helps us to bring some pioneering spirit into our own company.

SFNV: Is this collaboration with different innovators also a reason for joining Valley?

Dario: Of course. It’s always really exciting when different partners bring complementary know-how to the table. At ZFV we seek out equal partnerships because we believe that we can only create a future that is fair for people and planet by working together. Through our partnership with SFNV, we want to expand our contribution to reshaping the food system. We regard dialogue and networking with like-minded people as enormously valuable.

SFNV: How would you like to collaborate with and support others in the Swiss ecosystem?

Dario: There is a wide range of opportunities thanks to the diverse areas in which we operate. For us the focus is on co-creation and exchange of knowledge, the joint development of new solutions. As Christian has already mentioned, we also repeatedly support new enterprises and startups and help with market launch and product development.

Christian: By opening up our ecosystem to others, we’d like to accelerate our sustainability efforts, because we can only achieve change together. We aim to provide a practical learning platform for the food tech sector in order to develop new, innovative solutions in partnership.

SFNV: What does a food system that is fit for the future look like to you? What changes are needed?

Dario: A food system that is fit for the future is an integrated system whose ecological, economic and social contexts and effects can be viewed transparently, as a whole. An integrated point of view helps to realise a collaborative solution that applies to various points in the system, which brings us back to equal partnerships and joint development of solutions.

Christian: In order to create a food system fit for the future, we must produce sustainably, reduce food waste, promote a healthy diet and ensure fair conditions for farmers and workers. A comprehensive change requires cooperation between all stakeholders and  motivation and willingness to address the complex challenges.

Read the article in German

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Beyond one-size-fits-all: can precision nutrition democratise health?

Beyond one-size-fits-all: can precision nutrition democratise health?

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In the first of our Impact Platform Digests, we sat down with 3 experts from the Swiss food innovation ecosystem to explore the potential of precision nutrition. Typically seen as a tool to tackle the west’s comorbidity crisis, could it also be used to allow colleagues working in lower and middle-income countries to tailor recommendations for broader population groups?

When you think of precision nutrition, many of us think of individual solutions developed for markets in high-income countries. From genetic tests to exploring a person’s metabolic responses to specific foods, innovators aim to provide their customers with tailored dietary recommendations to keep them healthy. These developments already offer significant potential to tackle the co-morbidities crisis that plagues much of the western world.

But what if we could also go a step further? Over the last decade, new technologies and new multidisciplinary approaches have led to significant advances in nutrition science. Many experts now also see the potential for precision nutrition to provide accessible, affordable, targeted and well-informed recommendations for broader population groups.

Last month, Valley partners came together at Food Day @ETH to share the latest research in this space and explore how precision nutrition strategies can be applied in practice. The session was immensely valuable, but we were left feeling that the insights discussed needed to be shared beyond those four walls – to show what’s possible and engage partners across the ecosystem who will play a role transforming today’s cutting-edge knowledge into tomorrow’s practical solutions.

So we invited three Valley partner experts, Goranka Tanackovic from Gene Predictus, Kesso Gabrielle van Zutphen-Küffer from Sight & Life and Frederic Ronga from Nestlé to share their take on where the future of precision nutrition is headed. Here’s what they said.

Do you see precision nutrition focusing on personalised solutions for individual nutrition or becoming an approach that facilitates more targeted population level interventions in the future?

Goranka Tanackovic: In fact, personalised nutrition strategies already exist at population level and many are already well implemented. This might be tailoring recommendations for  pregnant women, sports professionals or certain types of patients, such as people with diabetes or a gluten intolerance. In the last few decades there has been a tremendous amount of technological developments and large cohort/population-level studies have allowed us to further segment different populations and provide precision nutrition solutions that are better tailored to their needs. But of course, more research is needed. Systemic studies in particular will allow us to combine information about nutritional habits with genetic, epigenetic, biomarkers and microbiota measurements in a longitudinal manner.

Kesso Gabrielle van Zutphen-Küffer: For me it’s about addressing the needs of both individuals and entire communities. At Sight and Life, we’re dedicated to identifying and supporting the groups most in need. We are always asking ourselves: “Which groups can we impact the most with our health and nutrition initiatives? How do we make sure our methods are safe and work well? And how do we make the best use of our data and resources to push public health forward?” As we look ahead, I’m convinced that precision nutrition will be crucial for public health, inspiring innovative ways to assist even in places where resources are limited. It’s a gradual process, but we are committed to employing data, whether it is general or specific, to break away from generic one-size-fits-all solutions and develop nutrition strategies that truly align with the unique context of different communities.

Frederic Ronga: If we want precision nutrition to succeed in addressing needs of individuals, it definitely also needs to cater to target population groups with specific needs. Precision nutrition has an aspect of diagnosis, which is key to personalised recommendations within targeted populations. The rapid progress in digital technology and its widespread use are key enablers of such diagnostics at population level. As a matter of fact, precision nutrition has already been able to facilitate more targeted interventions. To give an example, we are using digital tools to help parents and healthcare professionals identify children at risk of micronutrient deficiencies in South-East Asia, and then use this information to provide them with targeted dietary recommendations.

In your opinion, which groups of people could benefit the most from precision nutrition strategies?

Goranka Tanackovic: In my opinion, the populations that could benefit the most from precision nutrition strategies are groups of patients affected by diverse metabolic diseases like diabetes, obesity and anorexia or by food intolerances and food allergies like gluten or lactose-intolerant. Elderly individuals could also benefit significantly, as the absorption of certain vitamins decreases with age and existing genetic and nutritional differences can further exacerbate the deficiency, as is the case in relation to vitamin B12.

Kesso Gabrielle van Zutphen-Küffer: In relation to Sight and Life’s work, I see precision nutrition as a tool that can help us understand and address complex health conditions such as stunting, obesity, chronic diseases, and anemia, which impacts 1.8 billion people worldwide.

Frederic Ronga: It might be obvious, but the more specific the health needs of an individual are, the more benefit precision nutrition brings. One-size-fits-all generally works well for healthy populations. There are already great and rather exhaustive examples of populations that benefit from precision nutrition in the above answers.  What will make those strategies successful, however, is also their ability to fulfill the needs of individuals at scale.

What needs to happen next to maximise the impact of precision nutrition strategies?

Goranka Tanackovic: Precision nutrition will allow a shift towards disease prevention. Although the benefits of such tailored approaches are no longer questioned in relation to many pathologies, socioeconomic and health-economic studies are not exhaustive enough. Further studies are needed to  quantify  the socioeconomic benefits more precisely, as well as the benefits in terms of reducing healthcare system costs. A focus on prevention would definitely have a positive impact in these two areas.

Kesso Gabrielle van Zutphen-Küffer: I see tailored strategies for accurate diagnosis, prevention, and treatment as crucial, especially for high-risk groups like children, adolescents, and pregnant women. In many low- and middle-income countries, where conditions like malaria often impair iron absorption and metabolism, implementing precision nutrition and point-of-care diagnostics can be highly effective. Quickly and accurately identifying the various causes of anaemia, including genetic blood disorders, iron deficiency, infections, inflammation, and gynaecological issues, is essential for providing safe and effective treatment and ultimately increasing survival rates.

Frederic Ronga: I believe the progress in digital health technology will play a key role in driving cost-effective strategies. Also key is the potential to transfer precision nutrition strategies from one population to another, as well as the ability to lower economical and environmental impact by deploying precision nutrition strategies at scale. In my opinion, only strategies that are sustainable in all respects will succeed.

 
Are you a Valley partner interested in finding out more about precision nutrition? Sign up here to join our forthcoming Valley forum on precision nutrition.

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Cultivated Biosciences introduces its innovative yeast-based cream in a coffee creamer prototype

Cultivated Biosciences introduces its innovative yeast-based cream in a coffee creamer prototype

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Swiss Biotech Startup and Valley partner Cultivated Biosciences has presented its first proof-of-concept (POC) using its creamy fat ingredient created with yeast fermentation. The POC, a coffee creamer, is white and clean-label, with a rich, creamy taste and mouthfeel, but puts an end to flocculation.

After two years of R&D, Cultivated Biosciences presented its first POC using its creamy fat ingredient in a final product formulation: a dairy-free coffee creamer that matches the performance of dairy creamers.

The coffee creamer meets the needs of the industry: it has whitening capabilities, it is stable in coffee, and is clean label. It also meets the expectations of the consumers: it is very creamy and tastes like a regular American commercial creamer. Cultivated Biosciences’ ingredient provides the lipids and the texture to the formulation, and is stable in the acidic coffee without additives.

The dairy-free coffee creamer was introduced and available for tasting during a MISTA event held in San Francisco in November 2023. MISTA is a new food innovation ecosystem and accelerator in the Bay Area, bringing together the food industry and the startups during “Growth Hacks” to kick-start collaborations. Cultivated Biosciences’ creamer was developed during a Growth Hack focused on alternative fats, in collaboration with the MISTA partners including AAK, Ingredion Givaudan and Danone.

The path to commercialisation
Celebrating this important milestone, Tomas Turner, Founder and CEO of Cultivated Biosciences, said: “We’re proud to show the value of our ingredient in a convincing final product application. This marks the beginning of our path to commercialisation.”

Céline Schiff-Deb, head of Biotechnology at MISTA also welcomed the POC: “Cultivated Biosciences rose to the challenge and delivered a prototype with superior benefits to commercially available plant-based creamers in the US”.

The Cultivated Biosciences’ team is now
 preparing for market entry and looking to collaborate with industry partners to develop more prototypes in other dairy alternative categories. They expect to launch their cream in the US market in 2025 and in Europe in 2026, once approved for consumption.
 
About Cultivated Biosciences

Cultivated Biosciences is turning animal-free dairy into the better choice for everyone. Cultivated Biosciences improves the mouthfeel of animal-free dairy by developing a unique and patented emulsion as an ingredient for the food industry, using yeast fermentation. Their technology produces a unique functional fat with a cream-like texture, providing a sustainable and healthy alternative to animal dairy fat. The cream from Cultivated Biosciences will replace vegetable oils and additives currently used in dairy alternatives, thus providing a cleaner label thanks to superior functionality and stability, and a sensory experience similar to dairy. Dairy alternatives are on the rise globally, a market size of $12 billion in 2023 and $34 billion in 2033, convincing more and more health and environmentally conscious consumers, but two thirds of consumers name texture and a lack of clean label options as a barrier to consumption. Find out more on their website. 

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Bühler teams up with Agroloop to provide proven insect rearing technology

Bühler teams up with Agroloop to provide proven insect rearing technology

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Hungarian insect producer Agroloop teamed up with Bühler to use their sophisticated insect growth system for its industrial black soldier fly plant. The facility will produce up to 4,000 tonnes of animal feed ingredients per year and will be built in Üllő, Hungary. Bühler will deliver its crate-based nursery and rearing technology, which will enable a quick ramp-up of the plant for commercial production. Agroloop plans to launch its first products by the end of 2024, contributing to a more sustainable animal feed value chain.

Following its foundation in 2017 and the successful operation of a pilot facility, Agroloop got the green light for the implementation of an industrial insect plant in Hungary in 2022. Now they are working at full speed to construct the plant and get it operational. The insect facility will be realized in an existing building of the Aerozone Park in Üllő, which is located next to the Budapest Ferenc Liszt International Airport. In the new plant Agroloop – supported by Bühler’s insect technology expertise – will produce more than 25,000 tonnes of black soldier fly larvae that will be turned into sustainable feed ingredients for the pet food, aquaculture, and livestock sector. 

The plant is only the first step in Agroloop’s strategy to make insect feed ingredients available for the Central and Eastern European (CEE) agribusiness. “The abundance of food processing by-products presents a unique opportunity for Agroloop’s multi-plant rollout strategy in the CEE region. Leveraging our strategic partnership with the leading regional feed producer UBM Group, we improve feed quality and sustainability creating future-proof feed formulas. This enables Agroloop to focus on rapid expansion and solidifies our position as a key player in the region,” says István Nagy, co-founder and CEO of Agroloop. 

Proven technology for short ramp-up time

Agroloop employs a local engineering company to integrate the various technology packages. The heart of this system is the insect growth technology, which mainly determines the plant yield and has a major effect on business performance. For their insect growth system, Agroloop has selected Bühler’s nursery and rearing technology, which has several years of a track record in the insect industry. “We’ve meticulously assembled a best-in-class technology supplier portfolio to build our plant. Bühler plays a crucial role in providing the framework and core components for this design. By choosing Bühler’s technology, Agroloop can enter the value chain with the highest standards,” says István Nagy.  

Andreas Baumann, Head of Market Segment Insect Technology at Bühler, added: “We are very proud to be part of this pioneering project for the CEE region and delighted to see that our solutions will contribute to more sustainable feed supply chains.”

Sustainable protein

In the pursuit of sustainable and environmentally friendly practices, the CEE region is increasingly turning to alternative sources for feed ingredients. By incorporating insects into the feed supply chain, the region can address environmental concerns, reduce dependence on imported protein sources, and contribute to a circular economy approach. In addition, innovative feed formulations containing insects can optimize animal health and growth, thus leading to more efficient livestock production systems. 

Insects can be reared on agricultural and food processing by-products, transforming these materials into high-quality protein. This approach not only reduces the environmental impact of this value chain but also creates a closed-loop system where resources are reused and recycled. The European Union has historically been dependent on imported protein sources for animal feed, contributing to issues such as deforestation and habitat destruction in other parts of the world. By embracing the commercialization of insect-based livestock feed, the region can increase feed efficiency, reduce reliance on external sources, and contribute to local and regional food security. 

Andreas Baumann says: “The incorporation of insect ingredients in animal feed presents a compelling solution to the challenges faced by the livestock industry. Besides providing nutritious and sustainable protein source, insects also empower local economies to become self-sufficient. That is why insect protein is seen as a key component for a more sustainable and resilient food system.” 

About Bühler

Bühler’s goal is to create innovations for a better world. To achieve this, the company intends to harmonize the needs of the economy, people and nature. As an important solution partner for the food and mobility industries, Bühler has developed a strategy to reduce greenhouse gas emissions in its operations by 60% by 2030 (Greenhouse Gas Protocol, Scopes 1 & 2, base year 2019). The company is also committed to offering scalable solutions that reduce energy, waste and water in its customers’ value chains by 50% by 2025. Billions of people come into contact with Bühler technologies every day to meet their basic needs for food and mobility. Two billion people eat food produced on Bühler systems every day. One billion people travel in vehicles whose parts were produced using Bühler technologies. Countless people wear glasses, use smartphones and read newspapers and magazines. They are all manufactured using Bühler process technologies and solutions. Thanks to this global relevance, Bühler is in a unique position to transform today’s challenges into sustainable business areas. Bühler contributes to feeding the world safely. And the company contributes to climate protection by producing solutions that lead to more energy-efficient cars, buildings and systems.

Bühler invests up to 5% of sales annually in research and development. In 2022, around 12,700 employees generated sales of CHF 3.0 billion. The Swiss family company is active in 140 countries around the world and operates a global network of 105 service stations, 30 production plants and application centers in 23 countries. Find out more on their website.

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