R&D Projects

Explore our R&D Projects page to discover our latest initiatives alongside contributions from byotic ⇀, our sister company. Dive into topics like bioreactors and filtration to stay informed about developments.

A green, sunny field with a large tree on the right and wind turbines in the background.

What is Grey Biotechnology? Applications and environmental impact

Learn what grey biotechnology is, its main applications in waste treatment, mining, and bioremediation, and how it helps protect ecosystems and drive sustainability.
Scientist in a laboratory, pipetting a sample while holding a green beaker, with test tubes and Petri dishes on the table.

What is Yellow Biotechnology? Applications and benefits

Yellow biotechnology uses fermentation, enzymes, and probiotics to improve food. Learn its main uses and benefits for health and sustainability.
Two scientists in a lab coats and safety glasses analyze data on a computer monitor displaying bioinformatics visualizations of DNA and cellular structures.

What is Golden Biotechnology? Applications and Future

Discover what golden biotechnology is, its main applications in medicine, agriculture, and data analysis, and how it shapes a digital future.
Very dry, cracked soil stretching to the horizon. The earth is divided into many irregular pieces.

What is Brown Biotechnology? Discover its role in arid lands

Learn how brown biotechnology restores deserts, combats drought and develops sustainable crops to support life in arid regions.
A person in a white hazmat suit and gas mask walks through a barren, trash-covered field past a yellow triangular biohazard sign.

What is Black Biotechnology? 7 key security fields

Black biotechnology studies dangerous pathogens to prevent bioterrorism and pandemics, combining innovation, genetics and global health security.
A gavel rests on a wooden table next to a closed book with eyeglasses on top.

What is Violet Biotechnology? Ethics, law and policy

Learn how violet biotechnology sets ethical and legal rules, covering bioethics, biosafety, gene editing policy, data privacy, and patent frameworks.
single-use bioreactors

Dual-purpose single-use bioreactors for cell and microbial runs

Technical validation of single-use bioreactors from 0.5 L to 1000 L, with kLa, P/V & OTR data for cell and microbial fermentation.
Range of all TECNIC bioreactors, to see the full scalability

Bioreactor scalability: Efficient scale-up from 0.5-4000 L

Bioreactor scalability from lab to production in a unified platform from 0.5 L to 4000 L that reduces scale-up risk & improves bioprocess performance.
Four tangential flow filtration systems (TFF) systems of increasing size and complexity are displayed in a clean, modern laboratory setting. From left to right: eLAB TFF Single-use, eLAB TFF, ePILOT TFF, and ePROD TFF. Each system’s specifications—filtration area and working volume—are shown below: eLAB TFF Single-use and eLAB TFF (0.1 to 0.5 m², up to 10L), ePILOT TFF (0.6 to 6.5 m², up to 200L), and ePROD TFF (3.6 to 65 m², up to 500L).

Tangential flow filtration systems from lab to production

Tangential flow filtration systems for biopharmaceutical manufacturing, with low-shear pumps and consistent scale-up from 0.1 to 65 m2.