Roll up your sleeves if you really expect to gain an overview of this broad and stunningly under published topic. We live our lives in a world that is many times more radioactive than it ever was naturally. The sources of nuclear pollution (uncontrolled radioactive material) were initially confined to bomb tests, but with the advancement of our understanding of the things we can do with radionuclides, we began to produce them by the tonne. Production means contaminated waste. What a headache.
Reactor accidents have contributed to increased background radiation. Big time. How many square miles of land do we just have to walk away from never to return before we get it? The monuments to our foolishness stand for all (or no one) to see: the apartment buildings, stores and shops as well as the houses of whole communities sitting empty. The parks and playgrounds desolate. And all of it contaminated.
But there are small accidents that occur regularly where a nuclear excursion (such a polite term) results in the release of some radioactivity as well as injury or death. What many are unaware of is the number of shipments of radioactive materials that occur by common carrier every day. This huge shipping slate means accidents can occur (have occurred) that result(ed) in the release of small quantities of radioactive elements. And that doesn't include the large sources that get loose around the countryside here.
In the breakdown of the USSR, many tonnes of nuclear materials went missing. Some frightening portions were weapons grade fissionable material. But there are many sources (source: a bulk quantity of radioactive material that was produced to act as a portable generator for radiation energy) that got away. Highly radioactive materials are unknowingly being stripped and recycled as scrap. Over there, and even over here, too.
We need to get up to speed on this stuff. All of it. And we need to spool up quick. There are two serious problems with radiation: it's seriously dangerous (and for a long time in many cases), and it's invisible. The latter makes it easier to ignore. Working around the stuff can get you dead in seconds. And you may not even know it until after the fact. Dramatic, but true.
Radiation due to uncontrolled radioactive waste and other unconfined radioactive material is a growing threat. It quietly adds its contribution to cancers and the genetic damage we as a people suffer from. Radiation is all around us. It sits in dim corners. It flows in our waters. It rides the currents of air all over the globe. It does so unfelt. Unheard. Unseen. And we sleep very well at night without thinking about it.
Point pollution is when the pollution happens right there, where the factory chimneys are, where the oil pipe breaks, or the oil tanker crashes, or the nuclear power plant explodes. The pollution is at the point where it happened.Non-point pollution is when the pollution happened somewhere else. Fumes escape from cars on the highway. The oil tanker crashed up there, but the pollution ran across the roads and landscape and into the ditch and into the waterways and into the ocean. The pollution ends up at the non-point where it happened.You can't say which is more dangerous, because it depends what the pollution is. A nuclear accident is usually more dangerous at point because the radiation weakens as it moves further away from the source. Oil pollution is damaging at point, but is more dangerous if the oil gets into the waterways and oceans where it can do a lot of damage. Pollution from a coal-burning power station is huge and constant.
To prevent radiation pollution, you can limit exposure to sources of radiation, properly dispose of radioactive waste, implement safety measures in nuclear facilities, and monitor radiation levels regularly to ensure they are within safe limits. Additionally, following regulations and guidelines set by authorities can help prevent radiation pollution.
Thermal pollution is a byproduct of the production of nuclear energy.Thermal pollution is a byproduct of the production of heat. A foundry, for example, produces much thermal pollution in the process of forging steel.
"Nuclear Pollution" is a meaningless term. If what is meant is irradiation, and what is meant is the effect on human beings, then the major effect is radiation sickness - your hair and teeth fall out, your bones become deformed, you suffer from diorrhoea, you vomit a lot and you develop lesions and open sores on your skin.However, irradiating fresh food increases the shelf life exponentially.Answer:Nuclear pollution might also be called radiation contamination or nuclear contamination. It could include :Radon exposure in housesDepleted uranium dusts from American munitionsAccidental radiation releasesRadioactive waste (luminous dials, smoke detector radioactive sources)In all cases the impacts could include:cancerfetal damagepoisoning as many radioactive materials are toxic
Absolutely every form of energy we use creates pollution. Even solar and wind do. Nuclear though creates a waste that is very different from other forms of energy. This waste will be around for thousands of years and could kill on contact.
nuclear pollution is the type of pollution caused due to the release of radioactive substances in the environment
no nly thermal pollution
Nuclear fusion
energy pollution
Nuclear waste pollution can cause people and animals to suffer and most likely die from its poisons
Not much pollution unless there is a nuclear reaction.
nuclear energy
There is smoke pollution from the reactor itself, in addition to the large trouble of disposing of the highly toxic nuclear waste.
It can cause pollution to the planet .
No, nuclear power maintains environment non pollution as it does emit green house gases and do not contribute to global warming and environment pollution.
Well really it doesnt.... nuclear is a main factor in pollution
heat