Serious Health | greenhouse ,power saving and environment

How to Keep the Environment Clean

The two aspects of our environment most invoked when we talk about keeping the environment clean are liter and water pollution. We will discuss both in this article.

Litter is ugly and it can harm people and wildlife. Picking up litter can be costly for cities and highway departments.

Dog fouling in public places (another form of litter) is a serious health risk, particularly for young children.

Cigarette butts are another unpleasant form of litter. They may seem small, but with several trillion butts littered every year they are the number one source of litter in this county. For more, go to www.cigarettelitter.org . Cigarette butts make up a large part of much urban litter and they can take up to 12 years to break down.

So how do we keep litter off our public places and keep the environment clean?

The answer is, of course, firstly educate the public to take their litter home, and when they do not, it is necessary to ensure that efficient street cleaning is provided.

Street cleaning is controlled by the Department of Public Works in all towns and cities and is usually removed by appointed contractors or the Council’s own direct labor force. When it works well you will usually find that the local businesses take an active interest in assisting in streamlining the process with also making further regular consultation with the community. Street cleaning is often, but not always, carried out for extended hours, and these hours may range from 8 am until 12 or 2 pm in our big cities. Street cleaning is an absolute necessity in all modern well run cities.

Street cleansing is a manual task and labor is a significant cost. Satisfaction with the cleanliness of streets and commercial areas has improved in the UK since privatization. One reason likely for this is that previously the Council’s staff had to be the policemen ensuring the efficiency of their own work. Human nature is such that to be on both sides of such a role seldom works efficiently.

Street cleansing is only a part of city housekeeping which in this article is just a part of how to keep the environment clean. The council (municipal) health department’s business is to see that all the people have pure air, pure water, pure food, and are protected from contagious diseases.

Street cleaning is an important element of city housekeeping and is provided more and more by highly mechanized equipment such as through the use of street sweepers and flushers. Most streets are scheduled for cleaning at least five times per year, and paved alleys are cleaned once.

Street cleaning must always be strictly enforced, and react to events when litter will build up more quickly, but without clean water in the rivers and streams throughout the city the municipal authorities could hardly be said to be keeping the environment clean.

River Pollution

The avoidance of river pollution is if anything more essential than street cleansing, especially where the poorer population must rely on the river water for domestic and even drinking water use.

If asked how to keep the environment clean from river pollution we would have to say by collecting all sewage and treating it before allowing it to discharge back into the river downstream.

River pollution is the most devastative phenomena to health in the poor and developing. Pollution is occurring when the water shows an alteration of physical and chemical parameters such as odor, taste, colour, turbidity.

If polluted water is tested in a water quality analysis laboratory there are a number of tell-tale changes you will notice. These are exemplified by changes in total hardness, pH, chlorides etc. Expect to see BOD, and COD in increased quantities as well, among others.

River pollution is a serious problem. In recent years there has been a growing awareness of the issues involved but, at the same time, continued urbanization and industrialization and the continued growth of population produce ever-increasing amounts of waste for disposal.

Dangerously, River pollution is concentrated around urban areas. River Pollution is a major environmental problem today, but we don’t seem to be making as much progress as we should. Perhaps the reason is ideological?

Where sewage treatment plants have been installed the levels of indicator bacteria and nitrogen in the discharge should be tracked to measure management performance. If a failure in discharge quality occurs the municipal authorities must act to determine changes needed in monitoring protocol to avoid any further occurrences. It is important to also report progress and recommendations to inform planning and management decision-makers. Levels of any pollutant can be measured by water quality testing methods, and once the analysis has been provided it is always important to check the data carefully against the legal standards. For example, the State of Florida sets the safe health standard for bacteria as less than 1000 fecal coliform bacteria per 100 milliliters.

The most common sources of pollution are domestic water discharges from the houses in the catchment area, and uncontrolled dumps of solid domestic wastes along tributary banks and in dry ravines. Industrial discharge can be a major cause of pollution. Each industrial discharge usually contains chemicals and organic compounds which can enter the bodies of many aquatic animals. Even ground water can be polluted from the soakage pits, septic tanks, manure, garbage, etc. and that eventually discharges to the rivers still worsening the problem.

Industrial pollutants from smaller units continue to be a problem. While most of the large and medium industrial units have put up treatment plants and are using them. 40 per cent of the industrial waste seen in one example – a whopping 4000 mld – is from small scale industries in cities and residential colonies. Steve Evans has written for the Wastersblog since 2006. It recently received nearly 50,000 hits in a month, and continues to grow. If you have any interest in free waste settlement ebook download-ready shouldn’t you take a look?
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E-waste Spiralling out of Control

As the worlds population increases so does the amount of waste generated and it all has a drastic effect on the planet. The waste is thrown into a landfill, recycled, reused, or melted down and made into new objects.

Rising consciousness of the impact humans are having on the earth means green issues are becoming higher on peoples list of priorities. In an attempt to try and save it from further damage environmental researchers are constantly exploring new techniques and methods that will hopefully shape the future of waste management.

The amount of electronic products used in each country is astounding, every year alone there are thousands upon thousands of disused computers thrown into landfills – when you realize that a computer is made up from over 1,000 materials and the average lifespan is just 2 years, then it becomes clear they contribute significantly to the e-waste stream. E-waste is also highly toxic as it can cause serious health and pollution problems as it contains harmful contaminants including lead, mercury, cadmium, beryllium and brominated flame retardants.

If left to sit in a landfill these toxic chemicals filter into the soil and atmosphere, which in turn have a negative effect on the local community. In some countries the dumping of electronic waste in landfills is now illegal. E-waste also gets incinerated which releases heavy metals, including lead and mercury, into the environment which ultimately end up in the food chain.

A good way to increase a product’s lifespan is to reuse it. Mobile phones and computers are sent to developing countries for their use; however, in practice it doesn’t always work out to be the best option as once they are no longer required, the country has no hazardous waste facilities. It then ends up in scrap yards where workers, often children, are employed to sort it by hand where they are exposed to the toxic chemicals and poisons, along with the local community and surrounding environment. In developed countries, electronics recycling occurs in purpose-built recycling plants under strictly controlled conditions, in developing countries they have no controls in place.

Computer recycling produces a large amount of reusable parts. The CRT glass is sent to a lead smelter to recover the lead or to a CRT glass manufacturer where the glass is used to turn out new CRT glass. The electronic components in the CPU, such as the main board, memory, hard drives, battery, power supply, and sound cards, are removed and sold on to different manufacturers or recyclers around the country. Plastics are separated and generally shredded for recycling, whilst metal components are also separated before being sent to scrap metal recyclers.

The figures associated with e-waste are massive and it’s time leading electronic companies take more control of the situation and deal with the waste from their products. It is the fastest growing sector of the solid waste stream due to frequent upgrades of computers, TV’s, stereo systems and, particularly, mobile phones – in western countries people generally buy a new phone every 2 years.

Manufacturers of electronic goods need to take responsibility for the products they make and avert an e-waste disaster. Their aim should be to design electronics that contain harmful materials and have an extended lifespan. They should also be in a position to take their products back once they have passed their sell by date and re-use and recycle them safely, and as appropriate. Some manufacturers now offer a ‘take back’ scheme whereby you can return your unwanted electronics to the company for recycling.

Responsible disposal of electronic waste is not only the responsibility of leading electronics companies, it is everyone’s concern. Reuse is a resourceful way to recycle your appliances; you could give any unwanted items to friends, family, charity, or other community group that would make use of it. If the appliance doesn’t work then find your nearest e-waste recycling point.

There are waste management services online that can assist with all facets of waste management and resource recovery, organizations with years of experience in putting into action effective, innovative and sustainable waste management and industrial services solutions.

Michiel Van Kets writes articles for Veolia Environmental Services, Australia’s environmental services leader in all facets of resource recovery and waste management services. The company has over 30 years industry experience in implementing effective, innovative and sustainable waste management and industrial services solutions. Visit the website for information on e waste recycling and facilities management Sydney services.

Article Source:http://www.articlesbase.com/environment-articles/ewaste-spiralling-out-of-control-1763702.html

Please Note... All links within articles are placed by their author-owners and not by this blog.Products with in those links may or may not be the best in the world.If it sounds too good to be true it could be a scam.Articles are posted for their info,ideas and or entertainment value only.

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