Ammonia is one of the most common chemical compounds found in nature. It is used in many industries such as industry, medicine, and even food production. However, it is also a very toxic substance. When inhaled or ingested, ammonia causes irritation of the respiratory system and can cause death due to suffocation if left untreated.
The smell of ammonia comes from two sources: natural gas (which contains large amounts) and petroleum products (such as gasoline).
Natural gas is made up of methane and carbon dioxide. Methane is a colorless, flammable liquid with a pungent odor. Carbon dioxide is another colorless, flammable liquid with a pungent odor. Both are naturally occurring gases in the atmosphere. Natural gas is usually produced when natural resources such as oil fields are depleted or when coal mines shut down because they cannot produce enough electricity to keep their equipment running efficiently anymore.
Pipelines carry natural gas from the ground to storage tanks where it is stored until needed again. Pipelines carrying petroleum products come from the oil fields to refineries where they are refined into fuel and other useful products. Petroleum products include gasoline, diesel, jet fuels, kerosene, lubricants and much more. They are used in cars, trucks and planes. In fact, it is not an exaggeration to say that the world would come to a screeching halt without them.
Many places in the world still use burning oil for heat and cooking. When people do this, they usually do not have the proper ventilation or safety equipment. This can be extremely dangerous because oil products make airborne particles when burning. These fine particles are breathed deep into the lungs when people inhale. They can also cause skin and eye irritation.
If particles settle on food being cooked, then they can make people sick when eaten.
Other types of oil and gas production, such as offshore drilling and hydraulic fracturing (“fracking”) are more dangerous still. This is because they require the use of large machinery, chemical injections and other things that can lead to oil spills and gas leaks. These accidents have caused some of the largest environmental disasters in history.
Oil spills are among the worst disasters known to man. They cause widespread contamination of soil, water and air for miles around. Oil spills can kill marine wildlife and birds, contaminate drinking water and cause diseases in people who consume contaminated food or water. Most experts believe that the 2010 Deepwater Horizon oil spill in the Gulf of Mexico is one of the worst environmental disasters in history, if not the worst. The 2010 BP oil spill killed over one million birds and several thousand sea turtles, dolphins and other marine animals.
It also hurt the local fishing industry and caused numerous health problems in people who relied on seafood for their diet or suffered from skin conditions or breathing problems.
Gas leaks are another common hazard. Methane is an odorless, colorless gas with a smell that is difficult for some people to detect. It is a very flammable as well as an asphyxiant. This means that it can burn suddenly and unexpectedly or displace oxygen within a confined space, leading to suffocation. Methane is extremely dangerous because it can cause an explosion as well as a fire or asphyxiation.
The symptoms of methane poisoning include headache, nausea, vomiting, dizziness, disorientation and respiratory problems. Methane leaks are common during the construction of oil and natural gas wells, as well as during their normal use over time.
Many people do not realize that oil and natural gas production is dangerous. This can lead to serious accidents, injuries and even deaths. In fact, more than 100 oil and gas workers died in 2015 alone. Accidents can also happen during the transportation of oil and gas through pipelines. The pipes can be damaged by construction equipment or other things, which could lead to an explosion or fire.
Oil spills can contaminate nearby soil and water, making them impure or undrinkable. This can also make the soil unusable for farming and make fish from the contaminated water unsafe to eat.
Oil and natural gas are non-renewable energy resources. This means that, unlike renewable resources like wind and solar power, they will not last forever. Although oil and gas are not likely to run out in your lifetime, there is only a limited amount available on Earth. We are already running out of easy-to-access oil and gas, which means that energy companies have to go deeper under the Earth’s surface and use complicated techniques to get them. This requires more money, equipment and time to do.
The process is also riskier and more likely to cause an accident.
We will eventually run out of oil and gas. When this happens, our society will be forced to adopt new energy sources. This will be a long and difficult process. In the past, major shifts from one energy resource to another have caused economic turmoil, unemployment, poverty and social unrest. Our modern society is deeply dependent on fossil fuels for energy.
There isn’t an easy substitute for them. If we can’t figure out how to live without them, our world could face a serious catastrophe in the future.
What You Can Do
There are many actions that you can take to reduce your carbon footprint, save money and help stop global warming and climate change. Here are some things you can do right now:
Learn how to conserve energy in your home or apartment. Reduce the heat in your house in the winter and avoid using the air conditioning in the summer. Install energy-efficient windows and doors. Seal air leaks around windows, doors, pipes and chimneys. Cover your roof and walls with heat-reflecting materials.
These will keep your home cooler in the summer and warmer in the winter.
Insulate your water pipes, attic, and walls.
Turn down the heat or air conditioning in your house by one degree during peak hours (when you are at work or school).
Wash clothes in cold water and only run the washing machine or dishwasher when it is completely full to avoid excess water use.
Sources & references used in this article:
Exposing the dangers of anhydrous ammonia by A Welch – The Nurse Practitioner, 2006 – journals.lww.com
Compositions including ammonia oxidizing bacteria and methods of using same by DR Whitlock – US Patent App. 12/060,497, 2008 – Google Patents
ilital (2 tte by AE Ammonia, B Chloroform – ncbi.nlm.nih.gov
Odor reductant body waste pad by J Jones – US Patent 3,794,034, 1974 – Google Patents
On the pheromones of tigers: experiments and theory by RL Brahmachary, J Dutta – The American Naturalist, 1981 – journals.uchicago.edu
Further Notes on Removal of the Stapes by FL JACK – The Boston Medical and Surgical Journal, 1893 – Mass Medical Soc
Methods for controlling stored urine odor in resource-oriented sanitation by S Hashemi, M Han – Journal of Water, Sanitation and Hygiene for …, 2017 – iwaponline.com