It is a well-known fact that global waste levels are catastrophically high, especially in terms of food and animal waste. Therefore, we need to think of ways in which we can turn our waste into renewable energy.
Since its founding in 1947. The Rumford Club has developed a broader view of potential subjects within the built environment and engineering services sector.
Over six billion tonnes of plastic waste has been produced since the 1950s, 9% of which has been recycled and 12% incinerated, while the rest has been thrown into landfill sites or into the environment. Most of this plastic waste comes from drink bottles, sweet wrappers and coffee cups, and if it enters our oceans, it can either end up on the shore of a beach or in a sea creatures digestive system.
Construction of a new solar power plant in Chernobyl is underway with the aim to optimise the “Chernobyl Zone” – which is still a very toxic environment, over thirty years since the catastrophic nuclear accident took place.
Currently, the volumetric measurement of natural gas, normally in cubic metres (m3), is fairly simple; in fact, most common meters in the United Kingdom are still mechanical devices that accomplish this. It is when converting this volumetric figure to kWh that the effects of differing temperatures and pressures can be seen.