Developers of green technologies prioritize carbon emission reduction and implementing circular economy principles. Here are 7 green-tech innovations that address the urgent need to tackle the climate crisis and contribute to sustainable energy storage and usage.
What is an eco-friendly lifestyle with the technology involved?
If it is straightforward, then this is the achievement of synergy between technology and man, aimed at a green lifestyle. The wise use of technology is normal practice, although even this leads to a greenhouse effect and a carbon footprint. However, minimizing it and then compensating it with green space is an ideal practice. Consider how can we make the technology more eco-friendly.
What technologies can improve sustainability?
#1 Smart meter
Smart meters in homes enable consumers to reduce energy consumption, indirectly lowering housing emissions. This leads to savings on household bills and allows companies to supply more energy to other buildings.
#2 Electric trucks
As the market share of personal electric vehicles continues to grow, commercial fleets may quickly follow suit. However, for a smooth transition, it is crucial to have a solid understanding of the overall cost of ownership. In the past, the widespread adoption of electric trucks, or “trucks,” was financially impractical. Nevertheless, the current landscape shows that the total cost of ownership could soon be comparable to diesel-powered trucks.
Improved affordability and accessibility of electric vehicle infrastructure play a significant role in this shift. We foresee that battery electric commercial vehicles (BECVs), particularly in the light- and medium-duty segments, could surpass the sales mix of electric cars in certain markets by 2030. Although many heavy-duty BECVs require mid-route charging, our analysis indicates that establishing charging stations every 80 to 100 kilometers along popular routes will be sufficient for the initial adoption phases.
#3 Green architecture
Because of the vast size of the constructed environment, challenges arise regarding the sustainability of city living. With the increasing height of buildings and denser urbanization, efforts are being made to meet climate standards. This includes incorporating energy generation, carbon sequestration, and harmonious aesthetics with the local landscape.
Other initiatives include the implementation of roof greens and walls, contributing to the reduction of carbon emissions. Try the plant identifier app to find out which plants are best for you. With this app for iPhone, you can identify plants that are well-suited for green roofs, walls, and more. The plant identifier also helps identify special care needs. App for plants can even detect a disease and help cure it. This plant app is a complete solution for any landscaping needs.
#4 Artificial photosynthesis
When it comes to imitating plants, a collaboration between scientists and technologists is underway to replicate the process of photosynthesis using advanced technology. These innovative solutions aim to combine sunlight and carbon dioxide to generate usable energy, ultimately capturing carbon and offering additional resources.
#5 Electric vehicle propulsion
One of the most easily noticeable examples of sustainable technology is electric vehicle (EV) propulsion. Concerns about limited driving range contribute to the slow uptake of EVs since the current charging infrastructure and energy grids are not yet equipped to fully support a future dominated by electric vehicles.
#6 Biomimicry
Creating a sustainable future involves replicating the regenerative abilities of plants and animals. Scientists aim to capture nature’s healing powers, which can potentially be utilized in fibers to repair small holes and tears.
#7 Carbon capture and storage
An exceedingly groundbreaking approach to diminishing atmospheric carbon dioxide is carbon sequestration. It surpasses human endeavors to simply increase reforestation and cut carbon emissions. Emerging technologies will be employed in the future to actively extract carbon emissions from the atmosphere. Nevertheless, the International Energy Agency (IEA) argues that current carbon capture efforts alone won’t suffice to achieve the desired 1.7 billion tonnes of activity.
#8 Waste-water electricity generator
The concept of the circular economy extends far beyond the mere recycling of synthetic materials. Oregon State University has made strides in this area by developing a revolutionary electricity generator that harnesses the power of microbial fuel cells and reverses electrodialysis. This innovative technology not only enables the generation of electricity from wastewater but also contributes to the treatment of water, completing a full cycle of sustainability.
Conclusion
Technology and a healthy lifestyle are not opposite concepts, but complementary. Technology is just a tool, it all depends on who uses it. These technologies will make and are already making our planet healthier.