About Us

Bionic Laboratories BLG GmbH is part of the Bionic Group and is among the technological pioneers in the industrial application of microwaves the Technology Provider for the depolymerization and pyrolysis of organic materials. Based on Bionic's IP and its own reactor technology and catalysts, we convert biomass, plastic waste, scrap tires, and refinery residues into high-quality oils, gases, and carbon fractions that can be used both as energy carriers and as the basis for new materials.

Of particular importance is our Bionic µSoil process, which not only produces fuels from biogenic residues but also a highly effective organic fertilizer that acts as a CO₂- sink. This allows for the realization of a CO₂-negative system that combines alternative fuels and soil improvement with climate protection.

Who We Are

Bionic Laboratories BLG GmbH, based in Eppertshausen (Germany), is the central technology provider unit within the Bionic Group.

Our company history now includes over 15 years of Bionic Laboratories BLG GmbH and around 20 years of the Bionic Group – shaped by research, pilot plants, and industrial projects in the field of microwave technology, bioenergy, and biochar applications.

Our team combines engineering, natural sciences, and practical operating experience. On this basis, we develop scalable plant concepts that range from individual decentralized units to larger cluster solutions and can be integrated into existing infrastructure.

Whats Scientists say about us

What We Do

At the core, we work with in-house developed microwave reactors in which organic materials are thermochemically converted in a low-oxygen environment. The combination of microwave energy and suitable catalysts produces defined product streams: oils, gases, and stable biochar. These products form the basis for various applications – from fuels and process energy to fertilizers and soil enhancers, and filter and adsorbent materials.

Several product lines are based on this technology platform, including:

• Bionic µFuel – Conversion of biomass and residues into oil, gas, and biochar.
• Bionic µSoil – Production of an organic fertilizer and soil enhancer based on biochar.
• Bionic µTyre – Processing of scrap tires into light oil, gas, and carbon fractions.
• Bionic µSorb – Use of biochar as a high-performance adsorbent for water and air purification.

Additionally, we are working on CO₂-/NOₓ-/NH₄ reduction concepts as well as on digitalization and AI-supported process control to further increase the efficiency and availability of the facilities.

Our Ambition: Technology, Sustainability, and Economic Viability

Our goal is to develop robust business models from biogenic residues, waste, and difficult material streams that combine technical feasibility, economic viability, and ecological impact. The µSoil approach is a prime example of this: biogenic input materials are processed into fuels and biochar, which in turn forms a stable, humus-like soil enhancer that sequesters carbon long-term in the soil.

In doing so, we address several challenges simultaneously:

• Reduction of waste and nutrient surpluses in the agriculture,
• Substitution of fossil energy carriers with high-quality, renewable products,
• Building up and protecting fertile soils,
• Creation of permanent CO₂- sinks via biochar and µSoil systems.

Responsibility and Corporate Governance

As a company, we recognize our responsibility towards customers, suppliers, employees, and other stakeholders. The basis for this is an internal Code of Conduct that defines expectations for shareholders, management, and employees and sets out our obligations towards our business partners and the public.

Building on this, we develop binding rules for topics such as integrity in business transactions, handling of environmental and safety requirements, data protection, and transparency in communication. The goal is to always combine technological innovation with responsible action.

Location & Contact

Bionic Laboratories BLG GmbH
Spessartstr. 13
64859 Eppertshausen
Germany
Tel.: +49 6071 9848336
Mobile: +49 1525 3340500
E-Mail: This email address is being protected from spambots. You need JavaScript enabled to view it.

Further information on our technologies, applications, and publications can be found on this website and in our download area.