- Politics
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- Trends
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- Employment policy
- Material Flow Management
- Integrated Product Policy
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- Climate
- Air
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- Mobility
- Water
- Waste Water
- Waste Water Technology
- Sewage Treatment, Waste Water Treatment
- Biodegradability
- Fish Waters
- Flushing Vehicles, Suction pressure vehicle , Canal Flushing Pump
- Industrial Waste Water
- Canalisation
- Sewage, Sewage Technology
- Line, Pipe, Well, Heavy Duty Channel Drain System
- Pump, Valve, Slide Valve
- Redevelopment, Camera Inspection, Inliner, Channel Robot, TV-System
- Sewer inspection, Sewer cleaning
- Sewer renovation
- Industrial process measurement and control
- Groundwater Protection
- Costs, Charges, Efficiency, Management
- Surface Water
- Planning, Service
- General Framework
- Water Supply
- Waste Water
- Waste
- Waste Technology
- Waste Reducing
- Scrap Wood Conditioning and Recycling
- Brownfields
- Construction
- Electronic Waste Recycling
- Landfill Rationing
- Landfill Gas
- Landfilling
- Compactor
- Composting
- Corrosion
- Mechanical-biological Waste Treatment, MBWT
- Aftercare
- Furnace Technology, Gasification Technology
- Combined Heat, Power Cycle, CHP
- Leachate
- Sieving, Triage, Classing
- Sorting, Conditioning, Recycling
- Incineration
- Fermentation
- Comminution Machine, Scrap Cutter
- Landfill reconstruction
- Plastics compounding
- Industrial process measurement and control
- General Framework
- Hazardous Waste
- Costs, Charges, Management
- Waste Prevention
- Complaint Management
- Cost Accounting Department, Performance-related Accounting
- Changemanagement
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- Finance, Accounting
- Vehicle Fleet, Garage
- Collect Charges, Encashment
- Charging Software
- Benchmarking
- Costs, Charges
- Benchmarking, Key Data Systems
- Public Relation, Waste Consulting, Customer Service
- Risk Management
- Software
- Administration
- Waste balance
- IT, Data processing, Computer, Board-computer
- Logistics
- Bring System, Waste Bag, Waste Container, Wastebasket, Waste Paper Basket
- Curbside Collection
- Identification System, Barcode, Transponder
- Recycling, Reusable, Waste Separation, Bioplastics
- Collection
- Fill, Lift Systems
- Container Administration
- Identification of Contraries
- Vehicle technology
- Reloading Station
- Revolving Emptying System, Container
- Recycling Yard, Collection Station, Recycling Centre, Roofing, Hall
- Warehouse logistics
- Planning, Service
- Material Recycling
- Street Cleaning, Winter Maintenance, Sewer Cleaning
- Waste Technology
- Energy
- Energy saving
- General Framework
- Energy Recovery
- Renewable Energy
- Bioethanol
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- Energy Plants
- Near-Surface Geothermal Energy
- Renewable Primary Products, Biomass
- Biodiesel
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- Hydropower
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- Renewable Energy Sources Act
- Latest Research
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- Energy management
- Energy and buildings
- Light
- Technical Environmental Protection
- Fertiliser
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- Hazardous Substance, Safety at Work
- Safety at Work, Safety Engineering, Plant Safety
- Biocide-Products, Pesticides, Fungicide
- Chemicals Policy
- Dioxins, Furans, Polychlorinated biphenyls
- Classification, Packing, Labelling, Export, Import
- Hazardous Substance
- Detergent, Solvent
- Asbestos, Asbestos abatement
- Work clothes, protective clothing, respiratory protection
- Air Monitoring
- Risk Monitoring
- Basel Agreement, Cross-border Movement of Hazardous Waste
- Assessment, Risk Monitoring
- Controlled Disposal of Hazardous Waste
- Laboratory Practice
- Laboratory Test of Chemical Products
- Protection of Employees from Danger Caused by Chemicals
- Severe Accidents with Hazardous Substances
- Hazardous materials, Hazardous material container
- Soil, Brownfields
- Land Recycling
- Basic Conditions
- Brownfields
- Soil management
- Environmental damages
- Decontamination management
Recovery and Recycling Paths of Biodegradable Polymer Packaging - Case Study Kassel City -
© Bauhaus-Universität Weimar - Professur für Abfallwirtschaft (4/2005)
As a result of intensive sponsorship and both scientific and commercial research efforts, biologically degradable polymers (BDP) have been developed in the last few years to be ready for practical utilisation. The application of BDP for packaging purposes was considered to be the most practical area for their use.
© Bauhaus-Universität Weimar - Professur für Abfallwirtschaft (4/2005)
As a result of intensive sponsorship and both scientific and commercial research efforts, biologically degradable polymers (BDP) have been developed in the last few years to be ready for practical utilisation. The application of BDP for packaging purposes was considered to be the most practical area for their use.
