Red Mud
An ecological meddling is necessary in Hungary. The red mud from Ajka contains notably significant levels of sulphur (around 3,000 mg / kg), chromium (600 mg / kg), nickel (200 mg / kg), arsenic (100 mg / kg) and mercury (1 mg / kg). The spreading of red mud presents health risks for the population that cannot be considered as minor. To give an order of magnitude, if one considers that half of the substance was spilt on farmlands covering an area of 5,000 hectares, then each hectare would be covered by approximately 500 tons of waste.
Red Mud
An ecological meddling is necessary in Hungary. The red mud from Ajka contains notably significant levels of sulphur (around 3,000 mg / kg), chromium (600 mg / kg), nickel (200 mg / kg), arsenic (100 mg / kg) and mercury (1 mg / kg). The spreading of red mud presents health risks for the population that cannot be considered as minor. To give an order of magnitude, if one considers that half of the substance was spilt on farmlands covering an area of 5,000 hectares, then each hectare would be covered by approximately 500 tons of waste.
Red Mud in Hungary: A Predictable, International and Major Disaster.
Subject:: The Hungary Disaster
Characteristics: The processing of bauxite mineral with caustic soda to extract alumina produces red mud residual. Red mud contains caustic soda, iron, alumina, silicium, sodium, calcium, titanium, manganese, vanadium, hexavalent chromium, lead and cadmium. Because of the accumulation of all these metals and minerals red mud is a waste toxic for aquatic life, pets and farm animals.
Red Mud in Hungary: A Predictable, International and Major Disaster.
Subject:: The Hungary Disaster
Characteristics: The processing of bauxite mineral with caustic soda to extract alumina produces red mud residual. Red mud contains caustic soda, iron, alumina, silicium, sodium, calcium, titanium, manganese, vanadium, hexavalent chromium, lead and cadmium. Because of the accumulation of all these metals and minerals red mud is a waste toxic for aquatic life, pets and farm animals.
Nuclear Power Plants Floating Around the World
The first Russian Floating Nuclear Power Plant (FNPP) was launched at the end of June 2010 (photo #1), the two nuclear reactors with a capacity of 35 MW x2 will be installed, according to the Russian authorities, before 2012. However delays are possible. This new nuclear activity is worrying, particularly because dealing with radioactive waste from Russian ice breakers and nuclear submarines as well as their dismantling continue to be a heavy burden.
