| Hint | Answer | % Correct |
|---|---|---|
| Factors in amount | Affluence | 0%
|
| Sources | Agricultural | 0%
|
| Effects of asbestos | Asbestosis | 0%
|
| Define | Bacteria digests petrochemicals | 0%
|
| Methods to reduce contamination | Bioremediation | 0%
|
| Disadvantages | CFCs react with hydrogen to create hydrochloric acid | 0%
|
| Disadvantages | Chlorine organic compounds release dioxins | 0%
|
| Define | Chronic lung disease | 0%
|
| Sources | Coal fired power stations | 0%
|
| Methods to increase stability (3) | Compaction, concrete rafts, vegetation | 0%
|
| Disposal methods | Compost | 0%
|
| Sources | Construction | 0%
|
| Management of spoil heaps | Contamination | 0%
|
| Methods to reduce heavy metals | Covers to prevent particulate matter | 0%
|
| Such as ... | Cowslips | 0%
|
| Methods to reduce heavy metals | Crushed lime filter to neutralise | 0%
|
| Landfill management | Deoderisation | 0%
|
| Define incineration | Destruction by high temperature oxidation | 0%
|
| Controls of asbestos | Double wrapped in heavy duty polythene | 0%
|
| Management of spoil heaps | Drainage | 0%
|
| Advantages | Electricity or heating | 0%
|
| Specialist waste method... | Encapsulation | 0%
|
| Management of spoil heaps | Flammable wastes | 0%
|
| Effects of asbestos | Hazardous when it disintegrates and particulates become airborne | 0%
|
| Management of spoil heaps | Heavy metals | 0%
|
| Which waste | Heavy metals and ILW | 0%
|
| Advantages | High temperatures and fast cooling reduce dioxin production | 0%
|
| Which waste | HLW | 0%
|
| Problems with flammable wastes | Hydrocarbons can spontaneously combust | 0%
|
| Advantages | Hydrocarbons chemically broken down | 0%
|
| Disposal methods | Incineration | 0%
|
| Controls of cyanide | Incineration oxidises carbon and nitrogen | 0%
|
| Sources | Incinerators | 0%
|
| Sources | Industrial | 0%
|
| Disposal methods | Landfill | 0%
|
| Landfill management | Leachate collection | 0%
|
| Disadvantages | Lost value | 0%
|
| Disadvantages | Maintenance of flammable or wet waste | 0%
|
| Factors in amount | Manufacturing and retail industries | 0%
|
| Landfill management | Methane collection | 0%
|
| Sources | Mining | 0%
|
| Sources | Mining | 0%
|
| Method PT1 | Mixed with cement slurry | 0%
|
| Sources | Municipal | 0%
|
| Advantages | No sorting | 0%
|
| Management of spoil heaps | Nutrients | 0%
|
| Sources of cyanide (CN-) | Paper manufacture | 0%
|
| Landfill management | Perimeter fencing | 0%
|
| Landfill management | Pest control | 0%
|
| Management of spoil heaps | pH | 0%
|
| Methods to reduce contamination | Phytoremediation | 0%
|
| Method PT3 | Placed in ventilated concrete building | 0%
|
| Define | Plants absorb heavy metals | 0%
|
| Landfill management | Polymer lining | 0%
|
| Method PT2 | Poured into impermeable container | 0%
|
| Method PT2 | Poured into steel container | 0%
|
| Method PT1 | Powdered and mixed with molten glass | 0%
|
| Landfill management | Prevent leakage of harmful fluids and gases | 0%
|
| Sources | Quarrying | 0%
|
| Alkaline waste supports ... | Rare plants | 0%
|
| Disposal methods | Recycling | 0%
|
| PIVOT TO SPOIL HEAPS SAY SAY YAY | SAY YAY | 0%
|
| Define (7 words) | Scar tissue thickens alveoli, reducing lung capacity | 0%
|
| Landfill management | Separation | 0%
|
| Controls of asbestos | Specialised landfill site | 0%
|
| Advantages | Specialist wastes create fuel | 0%
|
| Effects of asbestos | Specific lung cancer | 0%
|
| Management of spoil heaps | Stability | 0%
|
| Alkaline waste is from ... | Steel | 0%
|
| Factors in amount | Time of year | 0%
|
| For example | Tire derived fuel | 0%
|
| Management of spoil heaps | Topography | 0%
|
| Effects of cyanide | Toxic enzyme inhibitor | 0%
|
| Management of spoil heaps | Toxic leachates | 0%
|
| Specialist waste method... | Vitrification | 0%
|
| SOLID WASTES SAY YAY | YAY | 0%
|
| SPECIALIST WASTES SAY YAY AGAIN | YAY AGAIN | 0%
|