After carbon dioxide, methane is the second most prevalent anthropogenic GHG, accounting for around 20% of global emissions (CO2). More than 25 times more effectively than carbon dioxide, methane traps heat in the atmosphere.
Methane levels in the atmosphere have more than doubled during the previous 200 years, mostly as a result of human-related activities. Methane is a strong greenhouse gas with a shorter lifetime than carbon dioxide, therefore achieving considerable reductions would quickly and drastically reduce the possibility of climatic warming.
Each of these gases has a different maximum lifetime in the atmosphere, ranging from a few years to many thousands of years. Since they all stay in the atmosphere for long enough to mix well, the amount of these gasses detected in the atmosphere is essentially the same everywhere, regardless of the source of the emissions.
Numerous anthropogenic (influenced by humans) and natural sources produce methane. Landfills, oil and gas infrastructure, agricultural practices, coal mining, stationary and mobile combustion, wastewater treatment, and particular industrial operations are only a few examples of the sources of anthropogenic emissions. The gases that maintain heat in the atmosphere also serve as greenhouses. The primary hydrocarbon in natural gas is methane (CH4). Since methane is a greenhouse gas (GHG), its atmospheric concentration has an impact on the planet’s climate and temperature.
They are simple solutions that work by entering basic statistical information. It makes the computations and delivers a result based on your input. This solution is also simple to understand and will be useful as you begin to develop your subsequent action plan. This information indicates that implementing environmental standards is a subject that might be useful for your company. And a smart place to start is by incorporating a carbon calculator into your company’s operations as well as a client service. Carbon calculators don’t require any prior knowledge and are very user-friendly.
If you use a search engine to find one, there are surely a lot online. They appear to be the same. They don’t all provide the same services, either. We’d like to recommend CarbonAPI, a straightforward CO2 emissions calculator that is simple to develop and use. Continue reading for more details on this fantastic tool.
With the assistance of CarbonAPI, it is simpler to determine how much energy is expended in kWh, how long a flight lasts, and how much weight is transported over how many kilometers or miles. If you’re calculating your carbon footprint over the course of a year, you must input your total distance for the previous 12 months. Calculating our environmental footprint and focusing on taking preventative action to mitigate the effects of climate change are great places to start. It will show that your company is willing to share its original ideas with the outside world.
It’s an easy and inexpensive approach to satisfy your reporting responsibilities for environmental issues. It might make evaluating and keeping track of your emission-reduction efforts easier. Plus, your company will live longer and you will be able to present it as environmentally friendly because alternative energy sources are less expensive.
This Carbon Calculator API can also be used to compute emissions from flights. The distance between the chosen airports is first determined using the bigger circle approach. The relevant emissions factor is then added to this, depending on the kind of flight (domestic, international, or long-haul) (e.g. economy class, business class etc.). When calculating emissions, one factor to take into account is distance uplift, which is used to account for planes that don’t take the fastest course, such as those that fly into international territory or stack.