Understanding the nature of future proof technologies

Many companies are working on creating alternative clean energy sources that do not produce carbon emissions to replace fossil fuels. Solar and wind energy are now among the most economical energy sources.

Other alternatives, such as geothermal and tidal energy, have not yet gained widespread implementation.

Biogas is hailed as a future proof technology due to its climate smart attributes. It is produced through anaerobic digestion, breaking down organic matter like food waste or animal manure.

Unlike fossil fuels, biogas is renewable, reduces methane emissions, and repurposes existing material, making it a perfect alternative to conventional natural gas.

Green hydrogen, produced by splitting water using renewable electricity, holds immense promise.

Its applications span diverse sectors: fuel cells for clean transportation, energy storage to balance grids, and even as a zero-emission fuel for heavy industries.

The Environmental Protection Agency states that transportation activities release nearly a third of greenhouse gas emissions. Car manufacturers are aiming to reduce emissions by making engines more fuel-efficient or switching to electric power.

However, electric vehicles require a lot of work and innovation in other areas, such as high-capacity rechargeable batteries and charging infrastructure. Furthermore, the reliance on fossil fuels in many power grids still limits the benefits of electric vehicles.

Agriculture and livestock farming have a substantial environmental footprint. From the high costs of land and water use to the ecological consequences of pesticides, fertilizers and animal waste. As a result, there are many opportunities for future proof technology in the area of ​​agriculture.


Organic farming helps keep soil healthy. Innovations in livestock feeding can lower methane emissions. Meat substitutes can reduce the demand for livestock.

Recycling seeks to conserve scarce resources by reusing materials or finding sustainable substitutes. Many people recycle common items like plastic, glass, paper, and metal. However, more advanced recycling operations can also recover valuable raw materials from electronic waste or car parts.

Carbon capture is a set of new technologies. These technologies aim to remove and store greenhouse gases. The gases are taken out from the air or from their source.

The fossil fuel industry has heavily promoted building this technology, but it has yet to meet those expectations. The largest carbon capture facility can only remove 4,000 tons of carbon dioxide annually. This amount is significantly less than the total yearly emissions.