Environmental Factors and Health Appendix 7
|
Waste Category |
Defined as hazardous waste |
National objectives in 2004 |
Environmental problem / |
Source |
Health- Care risk waste |
Yes |
All health-care risk waste is incinerated at incineration plants that have been specially designed and approved to treat this waste. Plants incinerating health-care risk waste are required to meet the same emission limits and operation standards as incineration plants for municipal solid waste, and the same regulations apply for disposal of residual waste. |
Infectious |
Hospitals, clinics, primary and secondary health sector |
PCB and PCT |
Yes |
Total substitutions of PCB and PCT |
Mutagenic, carcinogenic, highly toxic, bioaccumulative in fat issues. |
Conden- sators and trans- formers |
Waste oil |
Yes |
Environmentally safe management |
Hazardous waste fractions unevenly through out the country |
Garages, transport companies and households |
PVC |
No |
No PVC waste at incineration plants Substitute certain PVC products with alternative products Phase out additives harmful to human health and environment (E.g.: lead and phthalates) Develop technologies for final treatment |
PVC contains a number of environmental contaminants causing environ- mental problems in waste management. Incineration of PVC at waste incineration plants entails larger amounts of flue gas cleaning waste for landfilling than amounts of waste fed. |
Enterprises, Construction and demolition sites and households |
Impreg- nated wood |
Partly |
Utilise energy and raw material resources in waste impregnated wood. |
Contains a number of environmental contaminants, which cause problems at disposal. The amount is increasing. |
Construction and demolition sites and households |
Batteries and accumu- lators |
Partly |
Recover raw material resources in all batteries 99.9 % of collection of lead accumulators 95 % collection of Ni-Cd batteries In 1998, the collection rate for NiCd batteries and lead accumulators in Denmark was 98% and 80% respectively. The objective is to reduce the amount of the heavy metals that are landfilled or incinerated. When appropriate systems for sorting and collection of batteries have been set up, all types of batteries shall be collected in Denmark. Today, the principle is that all batteries shall be collected as the consumers are not able to distinguish between the different categories. |
May contain large quantities of heavy metals, especially lead but also mercury, cadmium and nickel. Non-collected ni-cd batteries are the most significant source of cadmium in waste streams. Mercury is the largest barrier to efficient treatment of batteries. Some batteries also contain resources such as steel , zinc, manganese and carbon that may be recovered. |
Enterprises and households |
Waste electrical and electronic equipment |
Specific fractions of discarded EEE |
Increased recycling of resources from waste electrical and electronic equipment Avoid delivery to waste incineration plants and landfills Environmentally safe disposal of waste electrical and electronic equipment |
Waste electrical and electronic equipment contains many environmentally harmful substances, especially heavy metals. For example, 60 % of copper and 40 % of lead going to landfills and incineration plants is thought to derive from WEEE. |
Enterprises and households. Electrical and electronic equipment primarily includes radio and television equipment, IT products, regulation and monitoring equipment, white goods, and office equipment. |
Refri- geration equipment |
No |
90 % collection of total number of discarded products. Refrigeration equipment shall be managed so that environmental contaminants are treated separately and recyclable fractions (iron and metal parts) are recovered. |
Refrigeration equipment contains CFCs (chloro- fluorocarbons) and other environmentally harmful fractions such as heavy metals. The release of CFCs to the atmosphere is considered hazardous since CFCs cause ozone depletion, which increases the risk of skin cancer. |
Households and enterprises |
End-of-life vehicles |
No |
80 % recycling of waste amounts Environmentally safe management of harmful fractions Only specific fractions of discarded vehicles are hazardous. Epecially fractions containing heavy metals or acids. Different waste fractions are generated both before and after shredding (scrapping) of vehicles. |
End-of-life vehicles contain many environmentally harmful substances. These are especially heavy metals that today end at waste incineration plants or landfills |
Households and enterprises End-of-life vehicles contain waste such as iron and metal parts, tyres, plastic, glass, oil, and other liquids. |
Shredder waste |
Partly |
75 % recycling and better resource utilisation of shredder waste
Reduced amounts of shredder waste for landfilling |
Shredder waste can have a high content of environmental contaminants (heavy metals, PCB). The possibility of developing new treatment techniques is being investigated. |
Shredder plants Shredder waste is generated at enterprises crushing various metal- containing products, such as vehicles and hard white goods (kitchen hardware). |
Foundry waste |
Partly (Yes) |
80 % of recycling of foundry waste 10 % waste reduction |
Foundry waste contains chemicals and this is a barrier to recycling. Today, foundry waste accounts for a large part of landfilled industrial waste. Environmental problems primarily derive from discarded foundry sand, slag and filter dust. Filter dust are classified as hazardous waste. Technically, the majority of waste generated at foundries can be recycled. Foundries in Denmark are encouraged to make efforts to recycle waste in co-operation with DEPA. |
Foundries Foundry sand amounts to 80,000 tonnes per year Around 5,000 tonnes of slag and 400 tonnes of furnace filter dust are generated each year. |
Packaging waste |
No |
Quantitative objectives are set up for 2001. Contrarily to many other countries, Denmark has chosen to focus on the best way to utilise various recyclable materials in waste including packaging waste, instead of establishing a separate system for packagings. |
Packaging waste contains large quantities of reusable packages and recyclable materials. |
Households and enterprises |
Fractions have been selected because of their potential health effects. Not all waste fractions for which specific requirements exist have been described in the table above.