Grinsect's future-proof circular model is carried out with the power of billions of insects.
Modern society faces several global problems, such as a disproportionately growing population, increasing food and protein demand, and drastically growing food wastage in developed countries. All this puts enormous pressure on the food and feed industry.
The rising temperature and climate change prevent production growth and harm conventional crop growth. Unfortunately, animals are also at risk due to the wasteful consumer demand. The harmful effects of overproduction and overfishing are already visible in our environment. Therefore climate change will gradually reduce the opportunities for horizontal farming.
Multiple global problems can be solved by large-scale insect production
Utilizing the power of insects is an environmentally friendly choice. Doing so can reduce greenhouse gas emissions; with every kg of locally produced protein, we can decrease overfishing and scale down the proportion of imported protein products such as genetically modified soy. By exploiting black soldier flies in this way, a forgotten but efficient element of the food chain can be re-introduced in the 21st-century economy.
Biowaste management
In our facility, we feed the black soldier fly larvae (BSFL) with agricultural biowaste, food and feed industry side streams, and unsold surpluses from retail chains. This BSFL substrate treatment lowers our partners’ ecological footprint, and Grinsect can produce sustainable protein through bioconversion to meet our customer demand.
Sustainable production
Industrial insect breeding can be done in an easily scalable vertical system that doesn’t require new arable land. The production cycle is fast, with low water requirements and greenhouse gas emissions. Due to the limited availability of conventional agricultural resources, mass breeding insects and utilizing them as food and feed plays a crucial role in our everyday lives, as insects provide high-quality animal protein and healthy fats.
Multiple global problems can be solved by large-scale insect production
Utilizing the power of insects is an environmentally friendly choice. Doing so can reduce greenhouse gas emissions; with every kg of locally produced protein, we can decrease overfishing and scale down the proportion of imported protein products such as genetically modified soy. By exploiting black soldier flies in this way, a forgotten but efficient element of the food chain can be re-introduced in the 21st-century economy.
Biowaste management
In our facility, we feed the black soldier fly larvae (BSFL) with agricultural biowaste, food and feed industry side streams, and unsold surpluses from retail chains. This BSFL substrate treatment lowers our partners’ ecological footprint, and Grinsect can produce sustainable protein through bioconversion to meet our customer demand.
Sustainable production
Industrial insect breeding can be done in an easily scalable vertical system that doesn’t require new arable land. The production cycle is fast, with low water requirements and greenhouse gas emissions. Due to the limited availability of conventional agricultural resources, mass breeding insects and utilizing them as food and feed plays a crucial role in our everyday lives, as insects provide high-quality animal protein and healthy fats.
The environmental impact of 1 kg of Grinsect’s insect meal
Our positive impact on the global food system
UN Sustainable Development Goals supported by Grinsect
12.3 Reduce food losses along production and supply chains
With bioconversion, we are moving the agricultural and food industry biowaste back into the production chain.
14.4 Regulating overfishing
Fishmeal made from aquatic fish can be replaced by Grinsect meal in animal feeding; hence, it helps preserve the biological diversity of resources and helps stop unnecessary over-fishing.
15.2.1 Sustainable management of all types of forests
The monocultural production of soy is the second largest indicator of deforestation. Replacing soy protein with insect protein can reduce deforestation and promote responsible farming.
Think green and become our next supplier!
Our larvae are one of the most promising candidates to transform low-value streams (grain, vegetables, fruits, and a wide range of stem residues) into high-quality protein and lipids through bioconversion.
The mass rearing of black soldier fly larvae comes with a significant feed uptake. We are constantly looking for farmers, processors, or other operators with a considerable amount of untreated plant-based byproducts or unsold surpluses who seek alternative, value-generating, and cost-effective recycling solutions.
Frequently Asked Questions
How does insect farming help reduce environmental impact?
Insect farming reduces environmental impact by converting organic waste into valuable protein and fat while requiring less land, water, and energy compared to traditional agriculture.
How does Black Soldier Fly production support waste management?
Black Soldier Fly larvae efficiently process agricultural byproducts, food waste, and unsold surplus, transforming them into high-quality feed ingredients and reducing overall waste in the food system.
Can insect protein help reduce overfishing and deforestation?
Yes, insect protein can replace fishmeal and soy in feed production, helping to reduce pressure on marine ecosystems and limiting the need for deforestation linked to large-scale soy farming.
What role does insect farming play in the circular economy?
Insect farming plays a key role in the circular economy by reintroducing organic waste back into the production cycle, creating sustainable feed ingredients while minimizing resource loss.
How does insect farming contribute to climate change mitigation?
Insect farming contributes to climate change mitigation by significantly lowering greenhouse gas emissions compared to traditional livestock and protein production methods, while also reducing reliance on resource-intensive feed sources.
Why is local insect protein production important for the future of food systems?
Local insect protein production reduces dependency on imported feed ingredients, shortens supply chains, and increases resilience in the global food system while supporting more sustainable and efficient resource use.