What can we bring you?
Biomaterials of new generation that solve common issues like Processability, performance, price & more.
Biomaterials that enables us to swap traditional plastic materials.
Biomaterials that are progressive, biobased & truly compostability and biodegradability.
"Let's give nature back what we owe."
"One of the first conditions of happiness is that the link between man and nature shall not be broken."
The global plastic production has reached 370 million tonnes in 2019 and gets worse every year. Plastic production is expected to double by 2050. Almost 80% of plastic waste ends at dumps, oceans and nature in general, only 12% is recycled. This requires a sweeping change in how we think about plastic production and plastic waste disposal.
We bring the solutions.
With Biobased and biodegradable materials, we are able to replace a wide range of conventional plastics used across medical, packaging, cosmetic, food, agricultural and other industries.
Our biomaterials are fully compatible with existing NIR sorting lines and can be mechanically recycled within standard recycling streams.
We are rethinking the life cycle of products and our materials allow reusability, recyclability and compostability so that the waste created can be re-turned and doesn't hurt the environment.
Our biomaterials reuse waste materials from other industries as feedstock for the production of new biomaterials.
Our biomaterials enable a closed life cycle of products, following the philosophy: “Let’s give back to nature what we owe.”
Fully compostable or biodegradable under various conditions: industrial, home composting, or biodegradation in soil, water, and even seawater. Creates no microplastics and decomposes only in bioactive environments.
Created from renewable, biobased resources, designed for sustainability.
Developed and produced mainly in Europe, ensuring quality, consistency and full traceability across the supply chain.
Breaks down into harmless, non-toxic compounds with no negative impact on nature.
Easily sorted by NIR and mechanically recycled within existing recycling systems.
Our Biomaterials are suitable to be used in production of a wide spectrum of products with various attributes. Depending on the type of application, the products can be mutli-use, come into contact with food, used in the dishwasher and handle temperatures up to 100°C.
If you decide to use biomaterials in your products, you do not need to change the existing technology, just replace the granulate. Our Biopolymers are compatible with standard plastic processing technologies.
A biotech solution for soil regeneration and yield improvement that brings life back where it has been lost and supports plants from root to fruit.
Science- and field-validated: when microorganisms do the work for you.
Ekolive biofertilizers use the patented InnoBioTech® technology, which accelerates and faithfully replicates the natural process of biological mineral weathering (bioleaching).
Microorganisms release nutrients from minerals and bind them into forms that plants can absorb immediately. At the same time, beneficial, easily absorbed metabolites are created (including probiotic compounds and microbial activity factors).
Verified within EU Environmental Technology Verification (ETV)
One of the first biotech solutions in this area with official verification.
Nutrient intake and growth
Helps plants use nutrients and energy more efficiently, improving growth and overall condition.
Stress and regeneration
Strengthening the plant's natural defenses to better cope with drought, heat, cold, or pathogen pressure.
Microbiome and fertility
Supports beneficial microorganisms and improves conditions around the root zone.
For stronger roots, more stable yield, and overall resilience.
Focus: soil, roots, and overall vitality. Best when you want to 'build a foundation' and reduce fluctuations.
To support photosynthesis, green biomass, and plant condition in colder periods.
Focus: leaf, photosynthesis, and fast recovery/boost. Useful in cooler conditions or when you need to 'kick-start' vegetative growth.
Note: In practice, combinations are often used depending on growth stage and stress conditions.
apples, pears, peaches, strawberries, berries
peppers, tomatoes, cucumbers, cabbage, potatoes, lettuce
wheat, corn/maize, rapeseed, sunflower
higher BRIX = better wine
If you’re looking for a natural alternative that improves yield, weight, taste, and resistance to diseases (e.g., flavescence dorée, moulds, rot), you are in the right place.
We collect measurable results from field practice and testing: yield, vitality, quality, water-use efficiency,
and plant response to stress.
Economics (typical results from EU field practice)
Effect | Average improvement | Practical meaning |
Yield increase | +15% to +60% | Suitable for berries, cereals, vineyards, vegetables, greenhouse crops, and other crops. |
Higher sugar content (BRIX) | +10% to +25% | Sweeter fruit, fuller wine taste |
Improved plant immunity | +20% to +50% | Fewer diseases, stronger roots |
Less chemical fertilizer | -30% to -100% | Lower costs, healthier soil |
Higher microbial activity | +15% to +35% | Soil becomes a more 'living system' |
Better soil water retention | +15% to +25% | Better tolerance to drought and heat |
"An investment that can pay back within one season"
Agrar mit Zukunft, Germany
"microfertile® plant against frost and then ekofertile® plant (treatment). A yield like this despite sub-zero temperatures."
Biohof Lüns, Germany
"No signs of leaf spot, no signs of fungal infection. I’ve never seen a root system like this on potatoes."
ekofertile® plant on potatoes
Hof Martinen, Germany
"Barley is healthier and delivered a higher yield — the same applies to potatoes: there were more of them and they were larger. Their development was two weeks faster (earlier). There were no black spots from fungal diseases, while the rest of the field was affected by fungal diseases."
Agrar mit Zukunft, Germany
"Leaves were greener and stronger. The fruit didn’t drop as usual — all of it stayed on the trees."
We’ve also been featured in the journal Nature.
Frost, drought, heat - plants remain active and yield stability improves.
Diseases mentioned in practice include grey mould (Botrytis cinerea), fire blight (Erwinia amylovora), bacterial soft rot/spotting (Pectobacterium carotovorum), flavescence dorée, and others.
Higher BRIX means more sugars, better taste, and longer shelf life.
Wine can gain fuller aroma; fruits and vegetables can achieve higher market value.
Typical fertilizer savings: 30% to 60%. Typical cost reduction: around 20%. Typical yield uplift: 15% to 60%.
The solution strengthens the soil microbiome (e.g., +25% microorganisms in practice) and increases organic carbon (e.g., +35%).
Live soil = stable harvest.
Ekolive® technology converts low-quality minerals
and secondary raw materials into high-value bioactive solutions.
That means
Ekolive® technology converts low-quality minerals
and secondary raw materials into high-value bioactive solutions.
Certifications
Products ekofertile®, microfertile® and other biostimulants are
Awards
Contact us and we will be happy to discuss possible uses of biomaterials in your products.
SALES PARTNER FOR SCANDINAVIA
SUSTAINABILITY SOLUTIONS CONSULTING & SALES SPECIALIST
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