Tag Archives: Nanotechnology

Fraunhofer Press Release Bioni


Press Release

Nanotechnology –
The Key Technology of the 21st Century

A major breakthrough prevents mold, mildew and fungus forming inside buildings

A new type of coating puts an end to micro-organisms permanently and non-toxically; deploys nanotechnology – provides the solution to mold and problems with hygiene

In the course of a research project, the German paint and coatings manufacturer Bioni CS GmbH, together with research scientists of the renowned Fraunhofer Institute for Chemical Technology succeeded in developing a new type of coating. This coating, non-toxic and based upon nanotechnology, not only permanently prevents the formation of mold on walls, but also very effectively reduces common hospital germs which are resistant to antibiotics. Conventional biocides, fungicides and preservatives are a thing of the past. The newly developed nano-formula coating, consisting of particles one thousand times smaller than most mold spores and bacteria, contaminates neither the air in the home nor the environment.*

The Innovative Coating in Detail

Both Annoying and Dangerous – mold and mildew in the home
Micro-organisms such as fungi, bacteria and algae are all around us and are an important, natural part of our environment. However, when they appear as mold on a wall, they quickly develop into an annoyance and a problem. For a number of reasons the problems associated with mold on interior walls have commanded greater attention all over the world over the last few years. On the one hand, the number of instances of damage caused by mold within buildings has risen as a consequence of modern methods of construction and the necessity to save energy. On the other hand, doctors and the medical community have been logging an increasing number of cases of respiratory complaints as well as allergies, due to the exposure to mold and mildew.

Conventional “anti-mold, anti-mildew paints” are effective only over a limited period of time and can endanger both the health of the dwelling’s occupants and the environment

The basic pre-condition necessary for the formation of mold and mildew in living areas is dampness. Increased humidity in the home can have a variety of causes. In addition to “operator error” such as poor ventilation practices, or elevated levels of moisture being produced by the occupants, quite often physical aspects of the construction, such as thermal bridges, are responsible for the growth of mold. These are usually confined to certain areas of the shell of the building (e.g. corners) where, due to the geometry or the difference in thermal conductivity, a larger thermal flow occurs compared to the immediately surrounding components of the building. This results in differences in surface temperatures, especially where air conditioners are heavily used; in addition there is also the danger of falling below the dew point, leading to condensation and the formation of mold and mildew. Often “anti-mold, anti-mildew paints” are applied, in an attempt to remedy mold and mildew damage. These can help in the short-term but are not a satisfactory long-term solution to the problem. The biocides and fungicides contained in these paints are effective for a very limited period only and the danger they pose to both the health of the occupants and the environment is undisputed today.

Nanotechnology Has Provided a Revolutionary Solution

The goal of the research project undertaken by the Fraunhofer Institute for Chemical Technology and Bioni was to develop a formula for a coating or paint to prevent the formation of mold not only temporarily, but lastingly, over a period of many years. Simultaneously, the new coatings were to release absolutely no contaminants into the air in the home, in order to protect both the health of the people and the environment. To achieve these goals, the latest discoveries in the field of nanotechnology were brought to bear. Non-toxic nano-particles with an average diameter of approximately 10 nanometres (equivalent to one hundred thousandth of a millimetre) constitute the most important component of the newly developed, antibacterial coating called Bioni Nature. These key particles are thus approximately 1,000 times smaller than most of the fungi spores and germs which are targeted. The results of the microbiological investigation have shown that when fungi spores come into contact with Bioni Nature and its integrated nano-particles, they are destroyed in a very short time.

A Quantum Leap in the field of Paints and Coatings
– the environmentally-friendly fight against mold and mildew

Since the nano formula developed by the scientists consists of solid bodies which are chemically extremely stable, the anti-microbiological efficacy of the coating is permanent. The usual rapid decline in the efficacy of the protection provided due to the gassing of the active agent, as happens when volatile biocides are used in conventional paints does not take place. By virtue of these properties and our refusal to consider conventional biocides, solvents, plasticizers and preservatives, the quality of the air in the home is assured by the use of Bioni coatings. The “TÜV Produkt und Umwelt” (a famous German test and evaluation institute) based in Cologne, has confirmed these findings and awarded Bioni interior paints and coatings the much-coveted “TÜV Rheinland Signet” for emission-free paints and coatings.

Hospital Germs are also in the Firing Line
Not only mold and mildew have been in the news lately. Reports from all over the world describe dangerous hospital germs, resistant to antibiotics. According to the estimates available, in Germany alone around 500,000 people are infected every year. The new Bioni coatings are extremely effective against even these germs, otherwise resistant, according to studies conducted by the “Institute for Hospital Hygiene and Infection Control (IKI)” in Giessen, Germany. When brought into direct contact with the Bioni coating, a 5-log reduction (99.999%) was proven in the dangerous hospital micro-organisms Staphylococcus aureus and Enterocuccus Faecium. Bioni Hygienic, especially developed for use in medical facilities, is thus able to improve hygienic conditions in hospitals and clinics not just permanently, but also healthfully.

There are Many, Many Applications…
Bioni coatings incorporating nanotechnology are suitable for a great variety of applications. Not just simply rooms subject to dampness and mold and mildew, but also areas accommodating particularly sensitive occupants, such as children, people with allergies, or elderly people. Children bedrooms, schools, bathrooms, showers and toilets, hospitals, retirement homes for the elderly – all these benefit from an elevation in the level of hygiene as do living rooms and bedrooms afflicted by mold and mildew, offices, warehouses, manufacturing facilities, hotels and indoor swimming pools.

The Fraunhofer ICT has recognised that the nano formula used in the Bioni coatings endows an antibacterial effect to not only Bioni’s facade paints and coatings; they are now planning to extend the technology to other branches of industry. Numerous enquires from all over the world are waiting to be dealt with. Just some of the future areas of application include the coating of dental implants, synthetic bones, catheters, cardiac valves, packaging for the foodstuffs industry and toys.*

Courtesy of Bioni CS GmbH and Fraunhofer Institut

Press Contact

Bioni CS GmbH
D-46149 Oberhausen
+49 (0) 208 621 75 53

Fraunhofer ICT
D-76327 Pfinztal-Berghausen
Dipl. Chem. Helmut Schmid

*Bioni coatings provides anti-microbial properties to prevent the growth of microbes on the paint film only. The anti-microbial properties do not protect food, beverages, users or others against bacteria, germs or mold spores and do not substitute hygiene measurements and practices.


Airbag, Mp3 Technology, Bioni


The Innovators of Bioni

The Fruanhofer partners with Bioni to develop a coating for the ages.

In this day and age you need to think outside the box.  With the ever changing environment and the safety of our children and loved ones in mind, Bioni teamed up with the Fraunhofer Institute to develop the most technologically advanced coating(s) ever seen.  Fruanhofer was the  best choice when it came to finding a partner.  They had the same drive and passion to bring something different to an industry that lacks innovation.  Responsible for the creation of the airbag and mp3 player technology, Bioni coatings sit next on the list of ground breaking developments due to the joined effort with the Fraunhofer Institute.

Mp3 Player Technology

The German company Fraunhofer-Gesellshaft developed MP3 technology and now licenses the patent rights to the audio compression technology – United States Patent 5,579,430 for a “digital encoding process”. The inventors named on the MP3 patent are Bernhard Grill, Karl-Heinz Brandenburg, Thomas Sporer, Bernd Kurten, and Ernst Eberlein.

In 1987, the prestigious Fraunhofer Institut Integrierte Schaltungen research center (part of Fraunhofer Gesellschaft) began researching high quality, low bit-rate audio coding, a project named EUREKA project EU147, Digital Audio Broadcasting (DAB).

Dieter Seitzer and Karlheinz Brandenburg

Two names are mentioned most frequently in connection with the development of MP3. The Fraunhofer Institut was helped with their audio coding by Dieter Seitzer, a professor at the University of Erlangen. Dieter Seitzer had been working on the quality transfer of music over a standard phone line. The Fraunhofer research was led by Karlheinz Brandenburg often called the “father of MP3”. Karlheinz Brandenburg was a specialist in mathematics and electronics and had been researching methods of compressing music since 1977. In an interview with Intel, Karlheinz Brandenburg described how MP3 took several years to fully develop and almost failed. Brandenburg stated “In 1991, the project almost died. During modification tests, the encoding simply did not want to work properly. Two days before submission of the first version of the MP3 codec, we found the compiler error.”

What is MP3

MP3 stands for MPEG Audio Layer III and it is a standard for audio compression that makes any music file smaller with little or no loss of sound quality. MP3 is part of MPEG, an acronym for Motion Pictures Expert Group, a family of standards for displaying video and audio using lossy compression. Standards set by the Industry Standards Organization or ISO, beginning in 1992 with the MPEG-1 standard. MPEG-1 is a video compression standard with low bandwidth. The high bandwidth audio and video compression standard of MPEG-2 followed and was good enough to use with DVD technology. MPEG Layer III or MP3 involves only audio compression.

Timeline – History of MP3

  • 1987 – The Fraunhofer Institut in Germany began research code-named EUREKA project EU147, Digital Audio Broadcasting (DAB).
  • January 1988 – Moving Picture Experts Group or MPEG was established as a subcommittee of the International Standards Organization/International Electrotechnical Commission or ISO/IEC.
  • April 1989 – Fraunhofer received a German patent for MP3.
  • 1992 – Fraunhofer’s and Dieter Seitzer’s audio coding algorithm was integrated into MPEG-1.
  • 1993 – MPEG-1 standard published.
  • 1994 – MPEG-2 developed and published a year later.
  • November 26, 1996 – United States patent issued for MP3.
  • September 1998 – Fraunhofer started to enforce their patent rights. All developers of MP3 encoders or rippers and decoders/players now have to pay a licensing fee to Fraunhofer.
  • February 1999 – A record company called SubPop is the first to distribute music tracks in the MP3 format.
  • 1999 – Portable MP3 players appear.

What Can MP3 Do

Fraunhofer Gesellschaft has this to say about MP3:”Without Data reduction, digital audio signals typically consist of 16 bit samples recorded at a sampling rate more than twice the actual audio bandwidth (e.g. 44.1 kHz for Compact Discs). So you end up with more than 1.400 Mbit to represent just one second of stereo music in CD quality. By using MPEG audio coding, you may shrink down the original sound data from a CD by a factor of 12, without losing sound quality.”

MP3 Players

In the early 1990s, Frauenhofer developed the first, however, unsuccessful MP3 player. In 1997, developer Tomislav Uzelac of Advanced Multimedia Products invented the AMP MP3 Playback Engine, the first successful MP3 player. Two university students, Justin Frankel and Dmitry Boldyrev ported AMP to Windows and created Winamp. In 1998, Winamp became a free MP3 music player boosting the success of MP3. No licensing fees are required to use an MP3 player.