Alexis Stassinopoulos

Username: Alexis

Location

Athens, Attiki, Greece

Role

Consultant

Job Title

President

Company

AGMPM

Profile

Alexis Stassinopoulos

In 2008 Alexis Stassinopoulos completed 40 years of continuous involvement and service in packaging manufacturing, engineering and science.

He was born in Athens, Greece in 1935. Received his diploma in chemistry from Athens University, and his Ph.D. in polymer chemistry from the University of Florida (USA). After a short academic carrier he joined, in 1968, Abbott Laboratories where he was involved in the development of new forms of medical and pharmaceutical packaging. In 1973 he established Argo SA (www.argo-sa.gr ), a consulting firm in packaging and an R&D laboratory working on the development of innovative packaging materials and methods. In 1980, Argo was transformed into a manufacturing company, producing rigid plastic packaging materials. The company has been, and is currently, involved in innovative work on packaging; but also in applied research on polymeric materials and on packaging waste management.

Alexis Stassinopoulos is the author of several books, articles and patents and has served in the past as editor in scientific magazines, reviewer of scientific and technical articles and evaluator of projects funded by EU and national bodies. He has also served in committees on SME enterprising, innovation, R&D policy, eco-labeling, and waste management. In 1999 he was cofounder of the Association of Greek Manufacturers of Packaging Materials (www.pac.gr ) where he is its president. He is the immediate past-president of World Packaging Organization (www.worldpackaging.org ).


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Recent Discussions

  • Experts in sustainable packaging design

    I am the president of the Association of the Greek Manufacturers of Packaging and Materials (AGMPM) (www.pac.gr ) and the immediate past president of WPO (www.worldpackaging.org ). I seek your personal help and cooperation on the following matter:

    Posted March 17, 2009

Comments

  • Greener Package Awards/ Comments on Competition Changes

    1. Measuring environmental impact We all agree to the importance of suitable supporting documentation although we understand how difficult it is. For example, “total CO2 elimination” is not synonym to environmental impact. Regarding my opinion on this subject you could go to: http://www.docstoc.com/docs/29141017/Sustainable-packaging-What-is-that 2. Third-party review An important step which supports the credibility of the competition. 3. Classes I don’t see the reasoning behind this categorization. I would assume three reasons: a. The net environmental savings in each class (The larger turnover the more total net savings?) b. The fact that that a product with larger turnover might absorb the cost of a better documented application to the awards competition. c. The entry fees will depend on the product turnover. This sounds reasonable 4. Separation of innovation from environmental impact I fully agree! 5. FDA regulated vs. non FDA categories The grouping into FDA regulated vs. non-regulated products might create confusion and misunderstandings. Two examples of confusion: a: FDA is involved in personal care/ cosmetics as you can read at: (http://www.fda.gov/Cosmetics/GuidanceComplianceRegulatoryInformation/ucm074162.htm . So why are they grouped to non-FDA? b: If the Greener Packaging awards is an international competition it should not be limited by the rules of a national body, like FDA. 6. Packaging machinery category I agree with the addition of Packaging Machinery category. I would rather call it Packaging Operations category. This would include even manual packaging operations which might combine environmental savings and social responsibility. I have seen a good example of such an operation in a recent visit to Sao Paulo. Beyond the package award This is a very interesting addition. There are very interesting projects aiming to the minimization or ever complete elimination of packaging. I am looking forward to such entries.

  • In the field of medical

    In the field of medical devices safety and efficiency are, by far, more important than “packaging sustainability”. People must evaluate the whole product balance (device + packaging + applicability) rather than speaking about “packaging sustainability”. In this field, packaging environmental claims constituteL greenwashing.

  • Start what? Can you clarify

    Start what? Can you clarify Mr. Tarek?

  • What is "sustainable"

    What is "sustainable" packaging? I could send you by mail my recent article on the subject. If you are interested contact me at stas@otenet.gr

  • Biodegradable PET

    Who said that the so called biodegradable PET (actually polylactate, PLA) is a "sustainable opton"?? It is a naive opton and pure Greenwashing. Unless of course you want to greenwash too for marketing reasons.

  • Biodegradable PET

    Dear sammysam, You did perfectly right to ask for documentation (supporting the biodegrability of PET with additives), and I can assure you that you will never receive it because it does not exist. There are of course additives (mostly Ni and other metal complexes) which initiate photodegradation of polymers (Example: Low PE used for shopping bags). This photodegradation process leads to polymer bond cleavage and degradation and formation of small particles and powders (but never to CO2 and H2O). There are several companies (EPI, ADD-X Biotech, NEOSAC, Symphony Plastics etc) supplying additives which make the polymers (including PET) photo-degradable or OXO-degradable. But this is by no means a biodegradation process. The standard for characterizing a material compostable or biodegradable is EN 13432. I should add that polymers which are “biodegradable” according to EN 13432 (like PLA) cannot be composted under normal home or community composting conditions (together with kitchen and garden materials). The reason is that in order to transform PLA into CO2 and H2O you must first thermally hydrolyze it into lactic acid. This is the so called industrial composting. For more information you could contact me by mail stas@otenet.gr Regards Alexis Stassinopoulos

  • Plastics from crude oil

    To start with, 90% of crude oil is used for making fuels (energy). The other 10% is used for making all other products (chemicals, solvents, bitumen, plastics etc.). Crude oil processing leads to products that can be used either for energy or for other products. In polymer synthesis, part of these products are used as raw material and another part supplies the required energy. So, in a LCA we take into account both.

  • LCA shopping bags

    I would strongly recommend to anyone interested the LCA made by PriceWaterhouseCoopers for Carrefour in 2004. Alexis

  • Plastics recycling

    1. I am afraid that you are not familiar with polymeric material properties and processing. So, what you say is just wishful thinking. Trying to recycle everything is not only technologically, and economically unrealistic; it is also unsupported by environmental standards. I refer to many LCA in this area. 2. I don't belong to "this nation" you refer (I guess it is USA). I am a European citizen. You might know that the EU legislation on packaging material waste has set quite high standards regarding material recycling (including plastics) Ref. Regulation 62/94EC and others. However, it was soon realized that targets in plastics recovery and recycling could not be reached, unless you consider "recycling" the incineration with energy recovery, gasification, pyrolysis etc. 3. For almost 40 years, I am involved in plastics processing and plastics packaging, which I consider an exciting innovation area. I think that our major effort should be to innovate, so that we use less packaging material per product unit (providing of course the same product and customer protection). See for example the milk packaging in pouches, with a fraction of energy and material requirements as compared to aseptic cartons or plastic bottles. Not very convenient? Yes, but the consumers must lern that there is a role for them to play in the universal environmental efforts. Not just "green rhetoric".

  • For background information

    For background information you can go to International Jute Study Group (IJSG) You can also find pertinent information in, www.jute.org www.jute.com http://plantes-a-fibres.goum.info/

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