As we continue to adopt and utilize environmentally friendly technologies, it’s important to take the time to appreciate their usefulness and effectiveness towards making our world a cleaner and healthier place. Here is a look at 5 clean technologies that will surely change the world over time.

Mercury-Free (LED) Lighting

While not quite commonplace yet, light-emitting diode (LED) bulbs as a form of lighting is widely considered the future of home and business utility tech. Extremely energy efficient and reliable, these bulbs possess the ability to minimize our environmental impact as well as our energy bills through the use of sophisticated components and engineering. While CFL bulbs are still widely common due to their affordability, they contain trace amounts of mercury that can be seriously harmful to us under prolonged exposure. As LED bulbs lower in price, they’ll be more widely accepted into homes and businesses everywhere.

Vertical Farming

In the age of increased residential and commercial density, space is at a premium for many of us. Combined with the adverse effects of climate change such as fluctuating temperatures and unstable storm systems, and you have the perfect opportunity for vertical farming to become a mainstream form of green technology. Housing harvestable vegetation in controlled environments in a vertically arranged manner to minimize space requirements, vertical farming is the ideal way to sustain as a species in an uncertain future.

Solar Panels

They’ve been around for ages now, but no matter how you look at it, solar paneling is the way of the future. Incredibly efficient and increasingly affordable as demand increases throughout a world waking up to realize the importance of clean energy, these meticulously engineered panels are future-proofed. One home consumes a kilowatt of energy per day, and just a few feet of well-positioned solar paneling can easily provide it.

Retrofitted Train Engines

The world simply cannot function without adequate and reliable transportation, and traveling and shipping goods by rail is just as crucial towards the well being of modern society as it was 150 years ago. Retrofitted train engines being developed and implemented in California promise to provide the same level of service, but with far less of a negative impact on the environment. Through careful engineering and research, these engines reduce diesel exhaust by 50%. We can only hope this technology is adapted throughout the world.

Artificial Intelligence

Through the careful and thoughtful implementation of A.I. technologies, we can develop ways of meeting economical needs through industry while downsizing and lowering negative impacts on our environment. A.I. doesn’t require anything else other than electricity and repair facilities, minimizing food and resource consumption in the workplace dramatically if widely implemented. This will result in humans being directed away from labour-intensive employment that can be automated and more towards scientific progress and fields that make better use of our minds and able bodies.
With these examples of various technologies in mind, it’s clearer than ever to see that mankind is headed towards an exciting and prosperous future so long as we can continue to innovate. Through the careful development, research, and implementation of green technologies, a green future is viable.

Owning a hybrid vehicle has been all the rage in recent years, and for many it’s clear to see why. There are many financial and economical benefits to owning one of these state-of-the-art vehicles, and as we work towards a green future, they’ll be increasingly vital.

Easier On Gas

The main benefit of owning a hybrid vehicle is that it consumes less fuel due to its technologically advanced nature that combines gasoline and electric engines. As a result, you’ll be able to travel for far longer distances on the road without having to stop to refuel as often. This does wonders to save you money on gas bills, justifying the slightly higher initial investment associated with owning a hybrid vehicle. This also helps to lower nationwide dependence on gasoline, adjusting prices to suit.

Cleaner Energy and Less Weight

Through their shared reliance on electricity and gasoline, hybrid vehicles are far less toxic for the environment. Exhaust pollution is a fraction of that of traditional gasoline-powered vehicles, and this can reduce the risk of various cancers and other adverse health effects stemming from vehicle exhaust exposure. Also, many hybrid vehicles are constructed from lightweight materials to reduce weight, which means that they won’t consume as much energy as other vehicles. This is better for the environment, and means less money spent at the gasoline pumps!

Higher Resale Value and Financial Incentives

Due to the ongoing trendiness of environmentalism and eco-living, everyone is on the lookout for a deal on a hybrid vehicle. If you intend to sell yours to upgrade to a newer model, you’ll be able to market your vehicle at a higher value, allowing for you to get a stronger return on your initial investment. In addition, many governments and organizations offer financial incentives for hybrid owners, including tax rebates and various discounts. Combined with gas bill savings, to many owners it almost feels as if these vehicles pay for themselves.

Regenerative Braking

When driving a hybrid vehicle and pressing the brake, the energy produced during braking is actually captured and fed to the vehicle’s battery. This action increases the charge available to the electric motor, which results in far less fuel consumption over time. It can also extend the life of your brakes, allowing for you to save on various bills associated with repairing and maintaining them.

With these benefits in mind, it’s clearer than ever to understand the significance of hybrid vehicle technology and why it is good for us to integrate it into our everyday lives. With continued adoption of hybrid vehicles, we’ll cut down on gasoline consumption, save a great deal of money, and be driving towards a cleaner and more sustainable future.

Wind power is making huge developmental strides over recent years, and many continue to invest intensive research and development time into this green technology to make it better. This has resulted in various improvements made in the field of wind energy generation, and all of them work together to build a cleaner and more efficient future.

Scientific Proof Of Carbon Footprint Reduction

In 2016, Engineers from the University of Edinburgh analyzed National Grid figures for the power generated by wind, coal and gas sources. This accumulated data helped to form a comprehensive picture of how demand was met by these various electrical sources. Particularly interesting was that the study indicated that wind power prevented the creation of almost 36 million tonnes of greenhouse gas emissions from more harmful sources in a six-year period. This is the equivalent of the removal of 2.3 million road vehicles.

This study is crucial towards the research and development of wind power generation because it relies on factual information rather than estimates, and even takes inefficiencies into account. The study tells us that we underestimated the importance of wind power as a viable carbon footprint reduction method.

Lightweight Rotor Blades

Designed for offshore sites specifically, lightweight rotor blades have been specially developed to minimize drag and ramp up electricity generation. Built out of highly durable thermoplastic foams, the new blades are easier to disassemble and transport, also being highly recyclable. Their lightweight forms make them suitable for implementation in other areas such as the automotive industry or wind farms.

Wind Power Radar

A team of scientists at Texas Tech University recently created a system designed to measure wind flow and control turbine-to-turbine interaction for maximum power generation at wind power stations. Funded by a $1.4 million grant from the U.S. Department of Energy, this comprehensive and highly efficient system is designed to accurately measure complex flow fields in the lower atmosphere as well as inter-wind plant flow fields. With the integration of this state-of-the-art radar technology with existing wind power generators, overall efficiency will be supercharged, enabling scientists access to highly accurate and detailed statistical information on with which they’ll be able to continually improve this green technology.

Wind power generation is often faced with controversy for various reasons, but that’s not to say that science has stayed away from improving this highly effective way of harnessing energy from a natural element. With continued innovation and research, it will only be a matter of time before wind power blows the competition away with its accuracy, reliability, and energy efficiency.