adjective able to be broken down into simpler substances by natural processes
Degradable materials refer to substances that can be broken down or decomposed naturally by biological or chemical processes, reducing their impact on the environment.
Degradable polymers are a focus of research in the field of chemical engineering, as they offer potential solutions for sustainable materials production.
Degradable implants and medical devices are designed to be absorbed or broken down by the body over time, reducing the need for additional surgeries.
Degradable products are often used in waste management to reduce the amount of non-biodegradable waste in landfills.
In the packaging industry, degradable materials are used to create eco-friendly packaging solutions that can break down over time.
In the context of a writer, 'degradable' may be used when discussing environmentally friendly materials or products that can break down over time.
Psychologists may use 'degradable' when discussing the concept of cognitive processes breaking down or deteriorating over time.
Environmental scientists may use 'degradable' when studying the breakdown of pollutants or materials in the environment.
Chemical engineers may use 'degradable' when developing biodegradable materials or studying the degradation of chemical compounds.
Waste management specialists may use 'degradable' when discussing compostable materials or strategies for reducing landfill waste.
Product designers may use 'degradable' when creating sustainable products that can break down at the end of their lifecycle.
Biologists may use 'degradable' when studying the decomposition of organic matter in ecosystems.
Packaging engineers may use 'degradable' when designing eco-friendly packaging solutions that can be broken down after use.
Agricultural scientists may use 'degradable' when researching biodegradable mulches or fertilizers for sustainable farming practices.
Urban planners may use 'degradable' when considering biodegradable materials for infrastructure projects to reduce environmental impact.