Global crisis could leave us without Internet: These are going to save us

Published On: July 14, 2024 at 10:50 AM
Follow Us
Internet, algae

The search for new sources of energy has become one of the main reasons for research and innovations that seek to make the use of devices that have become a necessity in today’s technology more sustainable and sustainable. It is for this very reason that the shocking potential of algae as a source of energy for certain devices was recently discovered. It’s time to save not only the planet (what is more important), but also the Internet.

A new way to generate energy while cleaning up the environment: Internet could be saved from chaos

For some time now we have seen all kinds of studies that seek to explore and exploit the multiple benefits of algae. A study carried out in Serbia investigated the benefits of algae in absorbing large percentages of carbon dioxide, going so far as to implement liquid trees in cities in the form of futuristic boxes in order to reduce CO2.

Well, now an innovative research carried out in the Laboratory of Optical-Biological Microbiosystems is also investigating the great potential of these plants, as they not only reduce carbon dioxide emissions, but can also generate energy in this beneficial process.

Scientists from the lab mentioned above have issued a new, groundbreaking paper published in the journal Energies, where they talk in depth about their innovative method of extracting energy from the process that algae do to transform carbon dioxide into oxygen, or better known as photosynthesis.

Energy can be extracted from algae: The problem is that we have first to use this process

First, the photosynthesis process is carried out with the plants suspended in a special solution while they are in small energy cells that will then extract the energy from the algae. If the procedure is followed correctly, each of the energy cells where the algae are located could generate a certain amount of energy.

The idea of implementing micro cells in the photosynthesis process is to obtain the electrons produced by the algae. This allows scientists to generate energy and later electricity and the final by-product is only water, so it can be considered an absolutely zero-emission process.

It is extremely important to mention that the energy extracted from this process is very small, however, it is still possible to generate enough electricity to power devices that require low power to operate, a clear example of these devices could be the Internet of Things (IoT) sensors.

Why are we talking about “the invention that could save the Internet”? Algae has the solution

One of the main benefits of this method of energy harvesting is that algae constantly go through this process by taking in carbon dioxide and converting it into oxygen. Now, thanks to the implementation of photosynthetic technology, these plants also release electrons capable of producing energy.

In other words, we can assure that this discovery is not only capable of transforming one of the most recognized greenhouse gases into oxygen, but they also have the ability to produce energy constantly, regardless of whether it is day or night. Despite this, this project still has several challenges to face such as its low efficiency of 1.0V per photosynthetic micro cell.

It is evident that this technology could not currently compete with the big players in renewables such as traditional photovoltaic cells, however, with sufficient research and further technological assistance we could be facing one of the most promising discoveries that would help to neutralize carbon while producing energy. Thus, we could save the Internet from its destruction with algae.

Related Post

Wind turbine standing in the snow at a research station in Antarctica

The world’s southernmost wind farm uses just three turbines to help power U.S. and New Zealand research bases in Antarctica, cutting diesel consumption by about 122,000 gallons a year and preventing an estimated 1,242 metric tons of CO₂ emissions despite operating in one of Earth’s harshest environments

September 28, 2026 at 8:41 AM
Golden eagle flying with its wings fully spread

At a 110-turbine Wyoming wind farm, AI-powered cameras can spot approaching eagles and automatically slow individual turbines, with one study estimating an 82% drop in fatalities, although later research found substantial uncertainty around exactly how much the system reduces deaths

September 27, 2026 at 12:33 PM
Large wind turbine blades lying on the ground showing their round root ends

Wind turbine blades are notoriously difficult to recycle, but Carbon Rivers demonstrated recovered glass fiber with 99.9% purity that could return to manufacturing, while recent cleanup concerns in Tennessee show that successful recycling depends on safely processing and actually selling the recovered material, not simply shredding old blades

September 27, 2026 at 8:46 AM
Solar panel canopies and battery units installed on a former landfill

New Haven turned a landfill that stopped accepting trash more than 20 years ago into a solar farm with over 1,900 panels, enough to generate the equivalent annual electricity use of about 200 homes while bringing the city $72,000 a year in rent

September 26, 2026 at 4:57 PM
Alpine Muttsee reservoir surrounded by rocky mountains in summer

Nearly 5,000 solar panels were installed on a Swiss dam 8,200 feet above sea level, and despite deep snow and freezing temperatures the Alpine plant produced 3.8 times more winter electricity per unit of capacity than a lowland installation during its first measured year

September 26, 2026 at 10:16 AM
Rows of cherry tomato plants growing inside a greenhouse

A Swiss greenhouse installed 1,736 solar modules above working tomato crops and produced up to 1 MWh of electricity a day while cutting summer grid use by 35%, yet the surprising result was that tomato yields did not fall and were actually 1% higher

September 25, 2026 at 6:31 AM