Fatbergs are mass of non-biodegradable materials that block your sewer. A number of materials mass form these. Although the sole most responsible factor for these has been kitchen wastes like fats, oil, and grease. Chemicals and household waste materials like baby napkins, condoms, and cotton are also contents of these masses. When an external object like a damaged brick material, abandoned mortar or roots of a tree obstructs the flow of water through a sewer, what happens after this is that the liquid flows down but other materials continue to stick to the obstructing mass creating a somewhat benign growth, which is by itself an easily unnoticed problem. Over time, these mass of waste lumps combined with fat saponifies and forms a solid mass so hard and massive that it may not be possible to remove without the assistance of special services.
Fatbergs in the United Kingdom are not a result of factors different from those that mentioned already. The constant disposal of waste from foods and other materials has become some sort of a habit among UK inhabitants but this is not the best.
The culture of getting rid of things would need a second thought if the fatberg problem is would ever be tackled. One reason for this is that a lot of persons would find it difficult to consider an act as worthless-they think as disposing waste something requiring mindfulness and caution. The situation in the UK is worse partly because these sewers or the entire drainage system was built some hundreds of years ago. It is quite that the design of the time didn’t envisage this misuse of sinks as is the case today. A mass of turkey grease from the kitchen, and then straight we go to dump in the toilet. The growth of fast food restaurants a good reflection of the changing diet is has also been pointed as responsible. Authorities have tried to map out the areas where these fatbergs are concentrated and the location of fast food restaurants have been the areas with a higher concentration of fatbergs.
Another problem that is lamented by concerned authorities is that there are less expensive facilities like fat traps and grease inceptors, designed already to help control the bad habit of letting these trash go through the drain but implementing this has been a problem. This may largely be a result of the nonchalant attitude of those who still think it is safe to let them just go down the drain. There may be no point in laying too much emphasis here but massive fatbergs already recovered from several places in the UK, and the monster 130 tons and about 300 meters of fatberg covering a sewer as wide as 1.2 meters really calls for attention. The actual size of that mass was comparable in weight to 2 Airbus A318 aircraft. Maybe a look at the advantages and disadvantages would offer a brighter picture.
Fatbergs could lead to sewage flooding the streets since there would be no way to go down the blocked drain. The mass removed at Whitechapel, London already blocked about 85% of normal sewage flow. You could come to imagine a street filled the waste from the kitchens and toilets of everyone down the street. That would be a really awful sight, wouldn’t it?
Also, the constituent of these waste means that wherever they exist would be polluted. Fatbergs are mainly made up of decayed matter. They would never smell good. Some real-life experience with removed fatbergs describes the mass as inspiring a feeling like you would throw up. A very foul smell must be the case here so letting those stuff go down may be what you think you are doing but you may they may just be going away from your site. Sanitary sewer overflow, a situation where waste is released from the sewer into the environment is a huge disadvantage.
Estimates put the cost is of getting rid of fatbergs in the United Kingdom alone at near £1 million in just one month. The annual cost is around £80 million this would be enough money to fund some other public good. When this is compared with the simple easy habit of properly disposing of waste, the latter easily holds true in a fair sense.
The effort being put into digging out fatbergs from sewers would have also served better purposes. The importance of this would be easily realized when one comes to look at the amount of human labor and man-hours wasted in digging up debris in the most uncomfortable environment high in temperature as described by the workers. Digging fatbergs out can be particularly difficult. One worker compares the experience of removing fatbergs to breaking bricks as strong as anyone could imagine.
Much as there are bad things about fatbergs, there are a few goods about it too. Although you definitely wouldn’t expect to see these happen in when they are laying right inside your sewer. There are in fact proofs that fatberg could be used as fuel when converted into a biodiesel. Much of the Whitechapel mass mentioned earlier was successfully converted into biogas.
There are indeed other sources of biofuels like plants, pyrolyzed waste, other living matter existing in nature and even water. These are more than enough. What follows logically is that it would not be a wise enough decision to block sewage flow down the sewers in the hope that a new form of fossil fuels would be created from the dung we carelessly leave to go down the drain.
The truth remains that waste fatbergs have grown from the chunks slowly but steadily as long as we continue to let those unwanted materials from households and from restaurants, or anywhere go down the drain unnecessarily. They may really be so small that we may not give them as much attention as they deserve today, but they lurk and gather somewhere awaiting to launch an attack kind of on our society. We are definitely going to pay to get rid of these long after we thought they are all gone.
Everyone needs to know that fatbergs present more harm than good to us an to our society. The right habit is proper sewage control is the only way to let them go and never return again.
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