Cooperative Environmental Management Systems
Teachers in charge
izv. prof. dr. sc. Julia Volmajer Valh
prof. dr. sc. Čurlin M.
Study
Textile Science and Technology - postgraduate
Course summary
30
ECTS
4
Knowledge verification
oral exam
Lecture type
lectures
Exercise type
seminars
Subject content
Water pollution prevention in textile industry with an emphasis on technological processes of dyeing. Methodology and techniques. Life Cycle Assessment (LCA). Primary and secondary treatment processes, conventional biological and alternative processes. Separation systems and recycling. Risk assesment and management. Complience with environmental menagement systems. Eco Management and Audit Scheme (EMAS); Occupational Health and Safety Management System (OHSAS) 18001. Compliance with legislation. Cleaner production, principles, methodology and Eco-efficiency. Public policy and communication. The concept of intergrated envvironmental management.
Aim of course
Introduce with the proactive approach in solving the problems of environmental protection. At the same time, application of preventive strategies for environmental protection of production processes.
Literature necessary for course
- Moeller, D.W.: Environmental Health, Harvard University Press, London,1998.
- Dupont, R.R., Baxter, T.E., Theodore, L.: Environmental Management, Problems and Solutions, Lewis Publishers, New York, 1998.
- Gregori.S.: Introduction to ISO 14001 Standard, De Montfort University, London, 1996.
- Sheldon,C.: ISO 14000 and Beyond, Environmental management Systems in the real World, Greenleaf Publishing, UK, 1997. Corbitt, McGraw-Hill
More from category
- Analytical Measurement System
- Anthropometric Systems and Clothing Sizes
- Colour in design and management
- Ecological Approach in Textile Care
- Electromagnetic Waves in Textile Finishing
- Enzymes in Textile Finishing and Care
- Working Processes Ergonomy of Clothing Technologies
- Working Processes Ergonomy of Clothing Technologies
- Physico-chemical processes and effects of wet textile finishing
- Handling Functions in Clothing Technology
- Industrial Engineering
- Integrated Systems in Intelligent Clothing
- Garment Engineering Design
- Chemistry of Materials and Nanotechnology
- Textile Wasterwater Chemistry
- Chemical Modification of Celullose Materials
- Air pollution control in textile production
- Cooperative Environmental Management Systems
- Mechanics of Fibrous Composites
- Methods of computer-based 3D garment construction
- Measurement methods and analysis of process parameters
- Multifunctional dyes in application
- Nanostructures
- New Dyes and Advanced Technologies in the 21st Century
- New sizing procedures
- Numerical Methods in Textile Engineering
- Clothing Artifact - Methods of Analysis and Attribution
- Application of Low-temperature Plasmas in Textile Treatment
- Process Parameters of Knitwear Production
- Design of Spun Yarn Structures
- Design of Woven Fabrics Structures
- Rheology
- Sophisticated approach to garment and footwear production
- Spectroscopic characterization of dyes and pigments
- Structure and Properties of Dyes
- Structures and Properties of Nonwovens
- Contemporary Digital Printing
- Technical Textiles in Separation Processes
- Textile for ultraviolet radiation protection
- Theoretical analysis of knitted fabrics and knitting process
- Theoretical Analyses in the Yarn Preparation Process and Fabric Production
- Thermoinsulation properties of clothing
- Topological invariants in designing functional clothing
- Textile and Clothing Comfort and their Assessments
- Control Systems with Micropneumatics
- Biodegradable Fibres
- Fibres in Forensic Science