• Home
  • What Are Antimicrobials?
  • Benefits
    • How Do They Help?
    • Preventing Disease Takes Good Chemistry
    • Increasing Sustainability Takes Good Chemistry
  • Uses
    • Where Are They Used?
    • Material Preservatives
    • Household Products
    • Public Spaces
    • Hospitals & Healthcare Settings
    • Behind the Scenes
  • Oversight
    • How Are They Evaluated for Safety?
    • How They Are Regulated
    • Above & Beyond
  • Resources
  • Learn More
    • Bet You Didn’t Know
    • Surprising Facts
    • FAQs
    • About the Center for Biocide Chemistries
  • Contact Us
  • Facebook
  • Twitter
  • Instagram
  • LinkedIn
  • Our Commitment
  • Terms & Conditions
  • Privacy Policy
Good Chemistry Lives HereGood Chemistry Lives Here
Good Chemistry Lives Here
  • Facebook
  • Twitter
  • Instagram
  • LinkedIn
  • What Are Antimicrobials?
  • Benefits
    • How Do They Help?
    • Preventing Disease Takes Good Chemistry
    • Increasing Sustainability Takes Good Chemistry
  • Uses
    • Where Are They Used?
    • Material Preservatives
    • Household Products
    • Public Spaces
    • Hospitals & Healthcare Settings
    • Behind the Scenes
  • Oversight
    • How Are They Evaluated for Safety?
    • How They Are Regulated
    • Above & Beyond
  • Resources
  • Learn More
    • Bet You Didn’t Know
    • Surprising Facts
    • FAQs
    • About the Center for Biocide Chemistries
  • Contact Us

Increasing Sustainability Takes Good Chemistry

Across the country and around the world, communities are striving to reduce, reuse, and recycle our precious resources. Antimicrobial material preservatives help in this effort by targeting harmful microbes that grow and infest perishable or organic materials that we use for construction, clothing, linens, personal care products, and much more. By preventing this microbial spread, consumer products and structures remain functional and productive for a longer period of time and are less likely to break down or spoil prematurely.

Antimicrobial preservatives are typically applied during the manufacturing process and treat a variety of materials to make them more durable against deterioration from mold, bacteria, moisture, and climate. More durable products have longer lives, which means consumers won’t need to replace them as frequently and therefore will spend less money unnecessarily. Extending product lifecycles also leads to less demand for replacement products and the consumption of resources needed to manufacture and transport them.

The numerous and wide-ranging benefits of antimicrobial material preservatives to economic and environmental sustainability can be seen in a variety of key areas.

Wood Products and Materials

Wood Products and Materials

Think about the wood used to build your home. Antimicrobials can be used as preservatives to protect wood from deterioration and decay caused by pests, mold, and mildew. Such protections help extend the life of the wood therefore extending the life of your home. When our wood supply lasts longer, our communities can reduce the demand on forests, which means fewer trees are cut down and more oxygen is released into the atmosphere.

Paints and Coatings

Paints and Coatings

Antimicrobials have transformed the paints and coatings industry as well. Water-based paints are more environmentally friendly than those made with solvents, however they are also highly vulnerable to spoilage due to bacteria and mold. Material preservatives help prevent the growth of harmful microbes in water-based paint, allowing the industry to transition away from solvent-based products, minimizing hazardous air pollutants and volatile organic compound emissions during production and use.

Fabrics and Textiles

Fabrics and Textiles

Fabrics and textiles also receive a boost from antimicrobial material preservatives, which help protect clothing, footwear, linens, upholstery, and bedding from stains, odors, and premature degradation due to microbial growth. Material preservatives added in the manufacture of these consumer products helps to prolong their lifecycle and extend their usefulness before needing to be replaced or discarded.

Toothbrush with toothpaste

Personal Care Products

Personal care products such as toothpaste, sunscreen, and moisturizers help us maintain good hygiene and health. However, they’re also highly prone to spoilage caused by bacteria, fungi, and mold. Antimicrobial material preservatives help protect these products from such harmful microbes growing and spreading.

Water Recycling

Water Recycling

Water is our most valuable resource, and antimicrobials play a key role in treating drinking water and recycling wastewater. Reusing our potable water means that we can reduce our reliance on freshwater systems. When it comes to municipal and industrial wastewater, antimicrobials are used to treat water so it can be reused safely for many purposes such as:

  • Irrigating crops and landscapes
  • Recycling water used for cooling and steam generation in industrial facilities
  • Recharging groundwater
  • Flushing toilets

We all want our world to thrive now and in the future. By investing in sustainable solutions, we can do right for our communities and for our environment.

Additional information on how the antimicrobial industry promotes environmental, economic, and community sustainability:

  • Antimicrobials Help Save the World
  • Material Preservatives: How Extending the Lives of Products Can Drive Sustainability
  • Center for Biocides Chemistries Launches Campaign on Antimicrobial Material Preservatives
  • CBC Campaign to Highlight Philanthropic Efforts of Member Companies
  • The Science of Helping Others
  • Our Commitment
  • About this Website
  • Contact Us
  • Terms & Conditions
  • Privacy Policy

© 2023 American Chemistry Council

  • Our Commitment
  • About this Website
  • Contact Us
  • Terms & Conditions
  • Privacy Policy