The Bioseniatic℠ Laboratory

The Bioseniatic℠ Laboratory at the UGA New Materials Institute utilizes some of the largest respirometers in North America in simulating the microbial digestion of materials or products in a variety of environmental settings. As part of our certification program, after we conduct degradation tests, we examine the test media in the respirometry chamber for micro- and nano-sized particles of materials and/or chemical residue.

What is the Bioseniatic℠ Laboratory?

The Bioseniatic℠ Laboratory at the UGA New Materials Institute is an analytical and certification laboratory which provides you and your customers with proof that what you claim happens to your materials and/or product at the end of its useful life really happens. Our certificate of authenticity verifies that what we test is made from materials and/or products that meet our criteria for Bioseniatic™ certification. Our certificate also tells consumers how long it takes your material or product to degrade into a natural state and in what receiving environment.

The BioseniaticSM Laboratory is available to test materials and/or products currently in development or in use, from any manufacturer or researcher. We specifically aim to test materials and/or products which possess the chemical and structural characteristics that afford a high chance of at least 90% conversion to biogases, water, or non-toxic compounds in reasonable time frames in simulated managed or mismanaged environments.

What is a Bioseniatic™ material or product?

Leadership in the UGA New Materials Institute coined the term “Bioseniatic™” to describe a new generation of biologically degradable materials and/or products that are consumed by microbes in the receiving environment. Certified Bioseniatic™ materials and products may come from nature or be synthetic, but regardless of their source, all are microbially degraded and non-toxic, which makes them safe for animals, people and our planet. A material or product must meet the following criteria for Bioseniatic™ certification:

Naturally-sourced or synthetically-derived polymers with no additives or chemical modifications to their structure that prevent them from being biologically converted into a non-polymeric form of naturally occurring, non-toxic compounds at a rate congruous with natural analogues.

For a material or product to receive the Bioseniatic™ certification, the post-consumer product must not promote the formation of intentional or persistent micro- or nanoparticles.

Consumed by microbes—even in your yard

A material or product bearing our Bioseniatic™ certification is one that will be consumed by microbes in water or on land—even in your backyard. The most important variable is the speed at which it is consumed, as warmer environments have faster microbial degradation rates than do colder environments. Bioseniatic™ certified materials and products will disappear with time—meaning no micro- or nano-sized particles or toxic residues have been left behind in the environment. How do we know this? Because as part of our certification program, after we conduct microbial digestion tests, we examine the test media in the respirometry chamber for micro- and nano-sized particles and chemical residue. Only materials or products that leave behind no polymeric particles and no toxic residue receive the Bioseniatic℠ Laboratory’s certification.

The gold standard for assessing safety

The Bioseniatic Laboratory’s goal is to set the gold standard for assessing the safety of biologically degradable materials and products. We feel this is imperative for protecting the integrity of this unique class of materials designed to replace environmentally persistent petroleum-derived plastics and other environmentally persistent materials, as well as the researchers and companies inventing them. Materials and products meeting our criteria for Bioseniatic™ certification should be uniquely identified, so consumers can be confident that what they have purchased will really biologically degrade into a natural state and leave no unintended negative consequences on our environment.

Click here to review our Research Facilities and Equipment.