Industry of Chemical Fibres. Various managerial posts Institute of Chemical Fibres. Managing Director

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1 ALOJZY URBANOWSKI Industry of Chemical Fibres. Various managerial posts Institute of Chemical Fibres. Managing Director 2001 still Institute of Biopolymers and Chemical Fibres. Proxy, International Cooperation.

2 INSTYTUT BIOPOLIMERÓW I WŁÓKIEN CHEMICZNYCH Institute of Biopolymers and Chemical Fibres ul. Skłodowskiej-Curie 19/27, Łódź, Poland phone , fax ibwch@ibwch.lodz.pl

3 GENERAL INFORMATION DIRECTOR: Danuta Ciechańska, Ph.D. FOUNDED 1952 STATUS MERGER - public Research & Development unit reporting to Ministry of Economy Effective July 1st, 2007 Pulp and Paper Research Institute was incorporated into the structure of IBWCh, STAFF 128 persons in total 20 doctors (Ph.D.) specialized in: biopolymers, chemical fibres and textiles, chemistry, biochemistry, microbiology, economy, engineering, pulp and paper technology.

4 R&D AND IMPLEMENTATION BIOPOLYMERS BIOTECHNOLOGY BIOMATERIALS Pulp and Paper SYNTHETIC POLYMERS AND FIBRES ENVIRONMENT PROTECTION TEXTILE AND CLOTHING INDUSTRY MEDICINE & HYGIENE PLASTICS INDUSTRY AGRICULTURE PULP AND PAPER INDUSTRY

5 RESEARCH TEAMS AND LABS TEAM: FIBRES FROM NATURAL POLYMERS PHYSICAL-CHEMICAL LABORATORY TEAM: SYNTHETIC FIBRES AND POLYMERS TEAM: SPECIALTY FIBRES BIOPOLYMERS DEPARTMENT: TEAM: BIOMATERIALS TEAM: KERATIN TEAM: BIOTECHNOLOGY OF POLYMERS AND FIBRES TEAM: PAPER TEAM: CELLULOSE ANALYTICAL LABORATORY MICROBIOLOGICAL LABORATORY BIODEGRADATION LABORATORY METROLOGY LABORATORY PAPER QUALITY LABORATORY ENVIRONMENT PROTECTION LABORATORY CERTIFICATION DEPARTMENT

6 BIODEGRADATION LABORATORY Biodegradation testing of polymeric and textile materials. Respirometric tests- MICRO-OXYMAX RESPIROMETER. Tests in aqueous, compost and soil medium. European standards

7 PHYSICAL-CHEMICAL LABORATORY Good Laboratory Practice.(GLP) GPC/SEC Testing of natural and synthetic polymers and spinning solutions Main equipment gel chromatography-(gpc/sec.)

8 LABORATORY of METROLOGY Testing of fibres yarns textiles and medical devices. European EN, international ISO and Polish PN standards.

9 MICROBIOLOGICAL LABORATORY Unique in Poland Microbiological testing of fibres and textiles (Antifungal and antibacterial activity) Polsh PN, swiss SN and Japanese JIS L standards

10 LABORATORY OF PAPER QUALITY Paper, paperboard, fibrous pulps and auxiliary agents used in paper manufacture

11 LABORATORY OF ENVIRONMENT PROTECTION Specialized in pulp and paper industry Measurment and monitoring of emissions and effluents Introduction of new and improvement of existing waste treatment plants Optimizing of gas emmission systems, Utilization of waste BAT for the pulp and paper industry.

12 LABORATORY OF ACARALOGY (Mites) Testing of anti-mite properties of fibres and textiles according to French standard NF G

13 SCANNING ELECTRON MICROSCOPY QUANTA 200 (FEI Co) apparatus - 3 modes of operation: high vacum, low vacum and ESEM for moist, biological and volatile-substance-containing samples

14 TEAM OF BIOMATERIALS New biomaterials based upon synthetic and mainly natural polymers for medicine and agriculture Physical-chemical modification of chitin and chitosan- new useful forms Dressing materials (incl. multifunctional), Composite biomaterials Preparation and modification of implants Media for cell growth culture Preparation for plant protection.

15 TEAM of KERATIN Processing of keratin-containing materials mainly poultry feathers. Preparation of keratin Preparation of keratin-containing fibrous structures Use of feathers in paper and non-woven

16 TEAM OF BIOTECHNOLOGY R&D in biotechnological modification, synthesis and processing of polymers and biochemical estimation of enzymes,,proteins, saccharides and lipides. Biomodification of natural polymers like enzymatic treatment of cellulose pulp, Modification of proteins derived from plant residues for uses in fibres and film Important part of the R&D is bacterial synthesis of cellulose modified with poliaminosaccharidesi (chitosan and derivatives) for medical and technical uses, Bioindicators for the monitoring of microbiological purity of food products

17 TEAM OF FIBRES FROM NATURAL POLYMERS New technologies of fibre spinning of natural polymers: cellulose, chitosan, starch, alginiate various derivatives and PLA. Spinning of enzyme-treated and hydrothermal-treated cellulose pulp. Wet spinning of fibres and casting of film from solutions Preparation of modified fibres eg cellulose modified with proteins Hydrotermal modification of cellulose pulp Preparation of microfibrids from naturalpolymers and blends Film of starch with other polysaccharides.

18 TEAM OF SPECIAL FIBRES R&D in nanotechnology of fibres and coatings for medical devices and filtration. Electrospinning technique Main research fields: R&D stands Products nano- and microfibres in the form of nonwoven made by E- spinning from solutions of nnatural and synthetic polymers SElectrospinning from polymer solution SEM image ofnanofibres PA 6 Nanofibres from PLA - 20 cm x 25 cm fibres with thermal barrier based upon PP parafin waxes Stand for the PCM containig fibres SEM image of fibres with PCM on the surface Crimped PCM conytaining fibres for firther processing thermal analysis by DSC i TGA Stand for thermial analysis by DSC method. Apparatus Diamond Perkin Elmper DSC curve DSC curve)

19 TEAM SYNTHETIC FIBRES

20 TEAM OF POLYMER SYNTHESIS

21 TEAM PAPER

22 PILOT PLANT Filltration,insulationand speciality paper materials frpm ultra fine glass fibres, mineral and synthetic fibres Hand-made papers for archivesj.

23 STRATEGIC PROJECTS BIOMASS BIOPROCESSING MONOMERS TEXTILE MATERIALS POLYMERS NONWOVENS AGROTEXTILES RESINS FILTRATION MATERIALS

24 R&D PROJECTS WITHIN THE OPERATIVE PROGRAMME: INNOVATIVE ECONOMY Biodegradable textiles, Budget: ,39 PLN, , leader- Uni. of Technology, Łódź Modern technologies fot textile industry. A chance for Poland. budget: ,03 PLN, , leader: IBWCh The use of biomass in the manufacture of environment-friendly polymeric materials budget: ,24 PLN, leader- Uni of Technology,Łódź Technology to prepare biodegradable polyesters using renewable resources budget: ,14 PLN, leader: CBMiM, Polish Academy of Sciences

25 INTERNATIONAL PROJECTS 4, 5, 6 i 7 PR EU 1. New ecological technology to produce cellulose-chitin 3D products, SPONGE, III Thematic programme 5 PR EU Quality of Life and Management of Living Resources, Thematic Programme 5 PR EU Promoting Competitive and Sustainable Growth, , 3. Biomedical textiles from dibutyrylochitin and chitin, CHITOMED, I Thematic programme 5 PR EU Quality of Life and Management of Living Resources, , 4. Bioactivee chitosan-modified packaging for cheese, NAS-BIOPACK, I Thematic programme 5 PR EU Quality of Life and Management of Living Resources, Biotechnological manufacture of cellulose products, BIOCELSOL, Thematic programme 6 PR EU Nanotechnology and nanosciences, knowledge based multifunctional materials, new production processes and devices NMP, , 6. EPNOE, 6 PR UE Prioritet 3 (NMP), , 7. MarieCurie Initial Training Network: :Shaping and Transformation in the Engineering of Polysaccharides STEP IN, 7 PR UE, Other International progammes 1. Termoresistant polyesters fibres and plastics, NATO Science for Peace , , 2. Bioprocessing of cellulose fibres, COST 847, , 3. Proecological manufacture, use and utilization of fibres and textiles, COST 628, , 4. New composite materials from paper waste for packaging materials furniture and interior outfit, EUREKA,

26 PROJECTS Commissioned research project The Institute is coordinator of the project Biodegradable nonwoven for medicine, agriculture and technique, Strategic research project In the framework of a strategic research procect from the lon-term program Polish Artificial Heart, coordinated by Foundation of Cardiosurgery Development, Zabrze. IBChF conducts a task: of tightening some specific blood vessels.

27 EU PROJECTS APPLIED FOR 1.EUREKA; Nano-functionalised tampons for gynaecological use, Acronym: Nanofuntampons, Coordinator: University Maribor Develop a new medical tampon for gynaecological use based on incorporation of chitosan nanoparticle onto cellulose tampon. 2. MNT ERA-NET 2010 Chitosan-Nanofunctionalised Cellulose for Biomedical Applications, Acronym: CHITO-CELL, Coordinator: University Maribor Develop a new medical tampon for gynaecological use by functionalization of cellulose based tampon surface or its bulk with chitosan nanoparticles/nanocapsules (as an antimicrobial agent and/or drug delivery system). 3. MATERA Advanced Cellulose Materiale, Acronym: AdvanCellMat, Coordinator: University Maribor New fibrous cellulose hygienic and medical products using nano-modified polysaccharides that will introduce special physico-chemical (hydration, adhesion etc.) and bioactive (antibacterial and antimycotic) properties to cellulose substrates.

28 PARTICIPATION IN R&D CONSORTIA The Institute is member of: European Polysaccharide Network of Excellence EPNOE Polish Platform of Textile Technology Centre of Advanced Human-friendly Textile Technologies - Pro Humano Tex Centre of Advanced Technologies Chemistry for Economyi CHEMCAT Polish Platform of the Forestry-Wood Sector International Scientific Network Technologies for the Protection of Environment ENVITECH-Net

29 OTHER ACTIVITY POLISH CHITIN SOCIETY IBChF is seat of the Society Member Of European Chitin Society FIBRES & TEXTILES IN EASTERN EUROPE, A scientific English language quarterly edited from 1993 r. Since 1999 r. inserted in the ISI Philadelphia Master Journal List. indexed by their data bases including the Material Science Citation Index. Since 2002 the journal has an impact factor, and at present is one of only three world journals on the ISI-list devoted to fibre and textiles. Since 2002 (Vol.10, No.3) all articles are free accessible, on our website Secretariate of Technical Committee No 25 of POLISH STANDARIZATION COMMITTEE for Fibrous pulp, paper, paperboard and products thereof.

30 CERTIFICATE DEPARTMENT (FOR PAPER PRODUCTS) Jednostka certyfikująca wyroby papierowe, od akredytowana przez PCA nr AC 062. Zakład prowadzi równieŝ działalność szkoleniową dla pracowników branŝy papierniczej. Certyfikat EKO - znak : wyroby higieniczne, papiery do kopiowania Certyfikat bezpieczeństwa B: pudła i pudełka; torebki, worki, zeszyty i inne artykuły szkolne. Certyfikat zgodności z wymaganiami dokumentów normatywnych Znak un: zgodność z międzynarodowymi przepisami: ADR, RID, IMDG, IATA-DGR dla opakowań do transportu materiałów niebezpiecznych

31 QUALITY MANAGMENT AND SYSTEMS Instytut Biopolimerów i Włókien Chemicznych posiada certyfikat akredytacji Nr AB 388 dla laboratoriów: Lab. Metrologiczne świadczy usługi w dziedzinie badań włókien, nitek, tekstyliów i wyrobów medycznych. Działalność Laboratorium obejmuje badania cech uŝytkowych i fizykomechanicznych wyrobów włókienniczych i medycznych według norm europejskich EN, norm międzynarodowych ISO i norm polskich PN. Lab. Mikrobiologiczne wykonuje badania działania antybakteryjnego tekstyliów i wyrobów włókienniczych oraz działania antygrzybiczego wyrobów włókienniczych. Lab. Biodegradacji wykonuje badania biodegradacji materiałów polimerowych i wyrobów włókienniczych w środowisku wodnym, kompostowym i glebowym. Lab. Jakości Papieru posiada certyfikat Nr AB 065, świadczy usługi w zakresie badań surowców, półproduktów, wytworów i przetworów papierowych. Lab. Ochrony Środowiska posiada certyfikat Nr AB 551, świadczy usługi pomiarowe i analityczne z dziedziny ochrony środowiska. Zakład Certyfikacji posiada certyfikat akredytacji Nr AC 062, certyfikuje wyroby papierowe. Wydaje certyfikaty: jakości Q, bezpieczeństwa B, ekologiczne, na zgodność z dokumentami normatywnymi i UN dla opakowań do transportu materiałów niebezpiecznych. Zespół Biomateriałów, Zespół Biotechnologii Polimerów i Włókien oraz Laboratorium Fizykochemiczne wykonują badania z zachowaniem Dobrej Praktyki Laboratoryjnej OECD. Badania fizyczne, chemiczne, biochemiczne polimerów i enzymów wykonywane są zgodnie z Dyrektywą 2004/10/WE Parlamentu Europejskiego i Rady Europy.

32 AWARDS Dyplom uznania dal Centre of Excellence for Advanced Chitin Material and Structure (2005) Dyplom Ministra Nauki i Informatyzacji za projekt CHITO FIB Chirurgiczny opatrunek biologiczny do zaopatrywania masywnych urazów narządów (2005) Złota Honorowa Odznaka Stowarzyszenia Włókienników Polskich w dowód uznania za 55 lat aktywnej działalności dla przemysłu lekkiego (2007) Srebrny medal na 55 Targach Wynalazczości, Badań Naukowych i Nowych Technik Brussels Eureka 2006 za rozwiązanie Częściowo resorbowalne siatki chirurgiczne KrzyŜ Kawalerski Orderu Wynalazczości nadany przez NajwyŜszą Komisję Odznaczeń Królestwa Belgii (2006 r.) Złoty medal na Belgian and International Trade Fair for Technological Innovation - Brussels Innova 2009 za rozwiązanie Biokompozyty z udziałem keratyny z piór Puchar Belgijskiego Ministra ds. Klimatu i Energii na Targach Brussels Innova 2009 za rozwiązanie Biokompozyty z udziałem keratyny z piór Nagroda Ministra Nauki i Szkolnictwa WyŜszego za międzynarodowe osiągnięcia wynalazcze, projekt Biokompozyty z udziałem keratyny z piór (2009) Brązowy medal na Międzynarodowym Salonie Wynalazczości w ParyŜu, Concours Lepine 2010 za projekt Biokompozyty z udziałem keratyny z piór Złoty Medal za projekt Biokompozyty z udziałem keratyny z piór na Taipei International Invention Show & Technomart (2010)