Our dedicated analysis towards clean energy conceptualization and production is vital in order to better reduce our carbon footprint, fight climate change, and create a healthy living environment for humans, animals, and vegetation. Research is the key towards a green future, and modern society has embraced it fully as a result.
In 1861, Irish Physicist John Tyndall identified various “greenhouse” gases that he believed contributed towards climate change, such as carbon dioxide. However, it wasn’t until Swedish Chemist Svante Arrhenius and colleague Arvid Högbom examined the study of carbon dioxide in 1896 that the gases emitted by factories would play a role in the creation of global warming. The evolution of this study brought about the realization that human consumption and pollution was harmful on the Earth’s atmosphere. However, the age of climate skepticism and industrial acceleration came into full swing at this time, suffocating environmentalism beneath corporate and industrial greed. Coal-burning ocean liners and cargo ships ferried passengers and goods around the world, factories grew and increasingly populated major cities, and the wants of the age became more important than its needs.
Fast forward to modern times, and we’ve now gained a deep and thoughtful understanding of greenhouse gas emissions, if only because it has become such a problem that we cannot afford to ignore it any longer. We’ve since made great strides as a species to integrate hybrid and clean energy methods around the world, harnessing natural elements such as air, wind, water, and geothermal heat to create clean energy. For example, 63% of Canada’s electricity is generated by means of hydropower installed throughout its innumerable lakes and rivers.
While not always perfect, results have continually been gleaned from unceasing clean energy research. We’ve made the shift from testing photovoltaic systems on a single rooftop to power one light bulb towards the creation of farms of solar panels capable of powering neighbourhoods or even small cities. We’ve moved from using windmills for farming and grain generation purposes towards adopting this natural element as a major means of efficient and clean energy production. With examples like these in mind, it’s clear to see how far we’ve come. Various byproducts of such intensive and dedicated research include geothermal heating systems, fuel cells, hybrid and electric vehicle production, landfill recycling, and various green living and business trends such as paper reduction and the installation of energy efficient smart devices.
Importance of Continued Research
We can always do better as a species, including in regards to the research and development of clean technologies. Continued research has saved us from the brink of environmental destruction many times, such as our shift from coal energy to the nuclear age, followed by the widespread adoption of greener alternatives and the halting of less harmful practices. While coal energy generation still thrives in poorer countries, mankind has made great strides to shift towards more efficient and less polluting technologies. We still have a ways to go, which is why continued research, development, and implementation of clean energy practices is crucial to the well being of modern civilization as well as the environment it thrives in.
Our future depends on the continued support and encouragement of environmental and clean energy research. By inspiring great minds to work together towards a sound and eco-friendly future, we have a better chance at sustaining our way of life for generations to come.