All of us are on the lookout for methods to lighten our environmental load. This article discusses five ways in which Pod Homes from The Pod Project might facilitate this goal.
There has to be a combination of group and individual actions taken to address the climate emergency. Fortunately, there are pod homes available to assist you.
To begin with, compared to traditional constructions, pod homes use fewer raw materials. One of the most effective things we can do as people to help the environment is to cut back on the quantity of resources we use.
To put it plainly, less square footage necessitates less material. Instead of building an addition to your home, consider installing a pod house in your garden to use as a guest house, a hobby room, or a home office.
Second, wood is the most common material for pod homes’ construction. There is no structural metal or concrete. To reduce our environmental impact, this is excellent news as concrete is a major factor in the enormous carbon load of the building sector.
By primarily employing lumber, a time-honoured building material with a history dating back thousands of years, pod houses are able to sidestep a significant amount of this pollution. Sustainable forest management has been shown to minimise a building’s carbon footprint by as much as 97%, according to a number of studies.
A building’s carbon footprint can be cut by as much as 97% when sustainably managed timber is used in its construction.
Third, renewable energy sources are easily integrated into pod home designs. Such carbon-cutting green technology includes solar panels, wind turbines, dry composting toilets, grey water recycling, and rainfall collection, to name a few.
Despite its unusual name, dry composting toilets are a clean, odourless way to dispose of human waste. Similarly, collecting grey water from the dishwasher and using it to irrigate your plants is an easy and enjoyable approach to lessen your environmental footprint.
Most pod home designs easily accommodate the usage of renewable energy sources.
Fourth, and most importantly, this is a straightforward yet highly powerful point. The reduced surface area means that pod homes need far less energy to heat and cool than conventional homes. A smaller carbon footprint and cheaper utility costs await you as a result. Win-win.
Last but not least, living in a pod makes us question how much we really use, buy, and need. Many people who have made the transition to tiny home living have seen a reduction in their belongings and a decrease in their frequency of shopping for clothing and other non-essential commercial goods.
This can be partially attributed to the limited storage space offered by a pod home, meaning that residents are less inclined to purchase large-scale items like a 40-inch television or a Peloton bike. But there’s also a mental impact: people who live in compact houses generally report more time spent gardening, making things, and being outside, and less time spent shopping. The cumulative effect on lowering one’s carbon footprint may be substantial.
A pod home can reduce your carbon footprint over the course of your life for a relatively little outlay of capital. They provide solutions that, while seemingly straightforward, may actually be quite efficient. Please feel free to contact us at your convenience if you have any queries.
