Designing for Safety: How Sustainable Architecture Reduces Injury Risk

Moss and other plants can offer solutions for living architecture - Image via Pexels

Sustainable architecture is becoming increasingly popular with more buildings now requiring eco-friendly additions to meet Net Zero requirements of many cities across Europe. There’s many benefits of having sustainable buildings, such as lower operational costs, reduced greenhouse gas emissions and improved occupant health.

When it comes to occupant health, sustainable buildings can improve air quality, natural light and thermal comfort, which can help to reduce respiratory issues, enhance cognitive function and lower stress. It can also reduce injury risk for everyone that lives or works in the building through improved living conditions and enhanced physical comfort.

In this guide, we will outline how sustainable buildings are designed for safety, so all of those who inhabit there can reduce their chances of an injury. Continue reading to find out more.

Reducing Injury Risk with Sustainable Architecture

The last thing that building management wants is to be hit with multiple injury claims due to occupants getting injured due to poor architecture standards. As building designs and architecture evolves, we have an opportunity to discuss a few ways that Sustainable Architecture reduces injury risk in the following ways.

Reduced Chemical Hazards

Buildings that prioritise low-VOC (Volatile Organic Compound) materials and sustainable design reduces the risk of long-term health issues like asthma and cancer. Old buildings typically have lower levels of chemical off-gassing, which is the main source of VOCs. This is why new buildings always aim to lower the amount of VOC to benefit those who occupy it. Immediate issues of this type of compound include headaches and eye irritation, which can worsen in the long-term.

Better Air Quality

Modern green architecture tends to have cleaner ventilation systems that prevent the buildup of CO2 and airborne pathogens, reducing respiratory infections. They can also use Internet of Things (IoT) sensors to monitor CO2 and other pollutants in real-time, which allows them to automatically adjust ventilation rates to maintain optimal air quality without wasting energy.

Enhanced Physical Safety

Sustainable design focuses on improved lighting, as they embrace natural light from the outside world. This can help to reduce eyestrain and allows occupants to see better in the day without having to switch on any lights, which lowers energy usage and can prevent them from tripping or falling. High-quality insulation also prevents extreme temperature fluctuations, which helps with reducing the risk of the building becoming too cold in the winter or too hot in the summer. This prevents those of a vulnerable age from being at risk of hypothermia or overheating.

Resilient Construction

Resilient construction integrates sustainability with structural toughness to protect occupants from any disasters that can be caused by extreme weather conditions. They can use durable materials and green infrastructure practices to maintain essential functions during storms or floods, reducing the chance of anyone getting injured from adverse weather. This is beneficial for reducing injuries and any long-term damage to occupants' health.

Safe Maintenance

For eco-friendly design to reduce injury risk, it needs to protect those who complete maintenance on the structure as well as the occupants. This involves incorporating safer ways with engineers and other workers to get around the inside and outside of the building with ease, so they reduce the chance of injury. For example, buildings can use materials that are easy to clean to reduce the amount of time workers spend in potentially wet environments that are hazardous.

Improved Security

Sustainable developments are often required to have better lighting, clear site lines and natural surveillance, reducing the risk of injuries related to crime. This means that spaces can be designed so that residents or users can easily observe their surroundings, which creates an eyes on the street effect, increasing the perceived risk for potential offenders.

Reduced Stress

Green design tends to be more comfortable, which creates environments that directly lower physical and mental strain on occupants. It helps with designing ergonomic layouts, as sustainable design minimises environmental stressors that lead to fatigue, distraction and chronic health issues. Biophilic design is a big trend for this at the minute, with incorporating more plants within a structure helping to keep stress levels low as air quality improves.

Prefabrication

Moving construction tasks off-site into controlled environments reduces worker exposure to hazards like falls from heights, electrical accidents and hazardous materials. It often reduces carbon footprints by up to 40% compared to traditional buildings, as it reduces waste and lowers energy use all while keeping engineers safe from long-term injuries on the construction site.

Final Thoughts

The main focus of sustainable design is to protect the environment by reducing the carbon footprint of architectural structures. However, it should also keep those working on the structure and occupying it safe at all times. Eco-conscious design is great at protecting the health of everyone involved with the building, helping to improve air quality and providing them with a much more livable environment for the long-term.

Thank you for reading!

This article was generously provided by Darcy Fowler. Thank you very much for your thoughtful contributions!