Microplastics: Erosion of Convenience

 

Microplastics: Erosion of Convenience

By Jessica Mauricio Price, MS, Eco-Healthy Child Care®

October 2024

Walking through my local “Have-Everything Mart,” I try to take stock of the number of items made of plastic. I quickly realize that the task is nonsensical. Passing by the plastic pools, inner tubes, pitchers, cups, and toys (all in the same aisle), I acknowledge that I am in over my head. And that doesn’t even count the plastic packaging around these items! It is easy to see just how pervasive plastic is in our society. But what about the plastics that we can’t see? 

The harder-to-see plastics are known as nanoplastics or microplastics. The difference between nanoplastics and microplastics lies primarily in their size. Microplastics are plastic particles with a size less than 5 millimeters (mm). Nanoplastics are plastic materials less than 0.001 mm to 1 nanometer (nm). For a frame of reference, a pencil eraser is about 5 mm, and a strand of human hair is about 0.04 mm wide. So, some nanoplastics range from 1/40th to 1/40000th the size of a strand of hair!

In general, there are two different categories of microplastics. 

  • Primary microplastics are small plastic pellets. These pellets are created and used for consumer products. They are added to different products, like facial scrubs, toothpaste, glitter, or makeup, to name a few.
  • Secondary microplastics are larger pieces of plastics that enter the environment and break down. So plastic bags, tires, water bottles, fabrics, furnishings, and the many other plastic products we use daily. These items slowly disintegrate by heat, wind, and daily use. 

All microplastics can eventually break down into nanoplastics. Unfortunately, plastic doesn’t ever decompose completely. It just breaks down into smaller and smaller pieces over time that continue to exist in the environment. As plastics get smaller and smaller, it becomes easier for them to move around the environment. Microplastics have been found in water sources, soil, plants, and animals. They are even found in our bodies. The study of microplastics is still relatively new. Scientists aren’t quite sure about the health effects that may occur due to our unintentional eating, breathing in, and drinking of microplastics. However, it appears likely that they will do some harm; scientists just aren’t certain of the extent. 

We aren’t going to be able to avoid microplastics or nanoplastics entirely. However, there are steps that we can take to reduce the amount of plastics that child care workers, children, and their families come into contact with.

  1. Take stock of the plastic that you see around you. Be mindful of what plastic you purchase. Reduce the amount of single-use plastics that you use (ie., disposable cutlery, slider storage bags, beverage bottles, and plastic plates and cups).
  2. When you can, purchase unprocessed fruits, vegetables, and meats. When food is processed, plastic residue is introduced into the food through the manufacturing process. 
  3. Use reusable bottles. During the production of disposable water bottles, chemicals are incorporated into the plastic. For example, phthalates are added to increase the flexibility of the bottles.These chemicals are released into the water especially if the water bottle is exposed to sunlight and heat. Stainless steel, glass, or ceramic bottles are a safer choice.
  4. Avoid personal hygiene products with microbeads–found in personal care products, cosmetics, face washes, and more 
  5. Avoid using glitter as it is a microplastic that often travels into landfills and waterways. 
  6. Find places near you to recycle plastic bottles and single-use grocery bags.
  7. Bring reusable bags when you go shopping. 
  8. Buy items with less plastic packaging.
  9. Use paper straws, bamboo cutlery, and compostable paper plates.
  10. Bring your own container for leftovers when you go out to eat. 
  11. Support plastic reduction policies in your region.

These actions can help reduce the amount of microplastics and nanoplastics that you come into contact with. But major structural changes need to be made in order for us to turn the tide on the plastic wave in the future. The European Union has restricted microplastics intentionally added to products. Here in America over 500 cities and 28 states had plastic bag legislation in effect as of 2021. 12 states even have single-use plastic bag bans! Companies are looking to make products out of bioplastics. Bioplastics are polymers made from plants, wood chips, and food waste, instead of fossil fuels. Research on bioplastics is ongoing.

While reducing the production and altering the way we use plastics will help, it doesn’t remove what is already in our environment. Thankfully scientists are already working hard to combat this issue! A group of scientists are transforming standard egg-white proteins into a complex filter in order to remove microplastics from seawater. 

We, as a society, have more work to do. We all want comfortable lives. But, we need to take steps to be more sustainable. In the end, we’re trying to do our best. No one is perfect! If each of us can start making small steps to change how we use plastic we can collectively make a difference.  We owe that to ourselves and the kiddos that rely on us.

Good Health Depends on a Safe and Healthy Home

Good Health Depends on a Safe and Healthy Home

By Kathy Attar, Engagement Manager, Eco-Healthy Child Care®

June is Healthy Homes month! Good health depends on having homes that are free from physical and environmental hazards. For home-based child care providers, ensuring your home is safe and healthy is of the utmost importance. 

Building materials, furnishings, poor maintenance, and occupant activities can add chemicals and particles that build up inside of home-based (and center-based) child care settings. Allowing indoor settings to remain damp can also encourage the growth of mold and mildew. All of these issues can lead to poor indoor air quality. 

Poor indoor air quality is linked to acute respiratory illnesses such as asthma and bronchitis, and emphysema. Children are particularly vulnerable to air pollution because their lungs are still developing and they breathe more air per pound of body weight than adults. 

Poor ventilation is often found in substandard housing. Housing quality varies by social and economic circumstances. Families with fewer financial resources are more likely to experience unhealthy housing and typically less able to fix problems, contributing to disparities in health across racial and economic groups.

Because housing impacts health significantly, local, state and federal governments and organizations must work together to develop programs and policies that can improve the quality of housing. And, in addition,  increase access to affordable and safe housing for black, brown and low-wealth communities.

There are actions child care providers can take today to immediately improve indoor air quality:

Ventilating a child care means bringing in fresh outdoor air into the building to dilute indoor air that contains contaminants including viruses, mold spores, house dust, and chemicals from furnishings and cleaning products. 

Buildings can be ventilated naturally, by opening doors and screened windows or mechanically, by using heating, ventilation and air conditioning (HVAC) systems that bring in outdoor air and distribute it through ducts. 

Portable air cleaners can be used to supplement natural and mechanical ventilation systems in certain situations: 1) when windows can’t be opened, 2) there isn’t a working HVAC system, or 3) when extreme weather conditions or poor outdoor air quality does not allow safely opening windows.

Learn more about best practices for improving your indoor air quality in our newly updated Protecting Children’s Environmental Health E-Course. The course is now available in Spanish and is approved for learning clock hours in 48 states.


La buena salud depende de un hogar seguro y saludable

¡Junio ​​es el mes de hogares saludables! La buena salud depende de tener hogares libres de peligros físicos y ambientales. Para los proveedores de cuidado infantil en el hogar, garantizar que su hogar sea seguro y saludable es de suma importancia. 

Materiales de construcción, el mobiliario, el mantenimiento deficiente y las actividades de los ocupantes pueden agregar sustancias químicas y partículas que se acumulan dentro de los entornos de cuidado infantil en el hogar (y en el centro). Permitir que los ambientes interiores permanezcan húmedos también puede estimular el crecimiento de moho y hongos. Todos estos problemas pueden provocar una mala calidad del aire interior. 

La mala calidad del aire interior está relacionada con enfermedades respiratorias agudas como el asma, la bronquitis y el enfisema. Los niños son particularmente vulnerables a la contaminación del aire porque sus pulmones aún se están desarrollando y respiran más aire por libra de peso corporal que los adultos. 

La ventilación deficiente se encuentra a menudo en viviendas deficientes. La calidad de la vivienda varía según las circunstancias sociales y económicas. Las familias con menos recursos financieros tienen más probabilidades de experimentar viviendas insalubres y, por lo general, tienen menos capacidad para solucionar problemas, lo que contribuye a las disparidades en la salud entre grupos raciales y económicos.

Debido a que la vivienda tiene un impacto significativo en la salud, los gobiernos y las organizaciones locales, estatales y federales deben trabajar juntos para desarrollar programas y políticas que puedan mejorar la calidad de la vivienda. Y, además, aumentar el acceso a viviendas asequibles y seguras para comunidades negras, marrones y de bajos recursos.

Hay acciones que los proveedores de cuidado infantil pueden tomar hoy para mejorar inmediatamente la calidad del aire interior:

Ventilar un entorno de cuidado infantil significa traer aire fresco del exterior al edificio para diluir el aire interior que contiene contaminantes, incluidos virus, esporas de moho, polvo doméstico y productos químicos de muebles y productos de limpieza. 

Los edificios se pueden ventilar de forma natural, abriendo puertas y ventanas con mosquiteros o mecánicamente, utilizando sistemas de calefacción, ventilación y aire acondicionado (HVAC) que traen el aire exterior y lo distribuyen a través de conductos. 

Los filtros de aire portátiles se pueden usar para complementar los sistemas de ventilación natural y mecánica en ciertas situaciones: 1) cuando las ventanas no se pueden abrir, 2) no hay un sistema HVAC que funcione, o 3) cuando hay condiciones climáticas extremas o mala calidad del aire exterior no permite abrir ventanas de forma segura.

Obtenga más información sobre las mejores prácticas para mejorar la calidad del aire interior en nuestro curso electrónico recién actualizado sobre la Protección de la salud ambiental de los niños. El curso ahora está disponible en español y está aprobado para las horas de reloj de aprendizaje en 48 estados.

Eliminating a Brain Damaging Pesticide is a Win for Children’s Health

Eliminating a Brain Damaging Pesticide is a Win for

Children’s Health

May 2021

In late April, a federal court ordered the Environmental Protection Agency (EPA) to take actions that will force the pesticide chlorpyrifos, which is a neurotoxicant, off the market. For years, the EPA has considered the mounting evidence that links the pesticide to loss of: IQ, learning difficulties, and ADHD in children, but had repeatedly delayed taking action.

The federal lawsuit was brought by the National Resources Defense Council (NRDC) and filed by Earthjustice on behalf of the League of United Latin American Citizens, the Pesticide Action Network, United Farm Workers, and other health and labor groups.

Exposure to chlorpyrifos, through residue on food and drift near agricultural fields where it was applied, has caused immeasurable harm to developing children. According to research, organophosphate pesticides, of which chlorpyrifos is the most widely used, accounted for an estimated $594 billion in external societal costs, including added health care and education, between 2001 and 2016.

Children may be exposed to pesticides by: playing on treated floors, lawns, and play structures; eating pesticide-treated foods; handling treated pets; or drinking contaminated water.

Taking chlorpyrifos off the market is a tremendous win for children’s health but we mustn’t stop there. 

Reducing pesticide exposures in child care settings can help protect children and staff. One way to do so is to ensure the pest control operator you employ  in your facility is implementing least toxic or Integrated Pest Management (IPM) practices.Strategies like eliminating food and water sources and blocking entryways.

Below are tips for how to choose a pest control operator that uses least-toxic IPM strategies:

  1. Identify the pest and conduct research about how to⁠ control it using preventative approaches (i.e., removing what the pest is drawn to: food, water, shelter).⁠
  2. Contact several pest control professionals to assess⁠ which of them uses least-toxic, preventative alternatives. For example, confirm that baits and traps are employed against cockroaches⁠ (rather than sprays) and that baits (rather than⁠ sprays) are used for ants.⁠
  3. Ask the professional to inspect the site of concern and provide a written diagnosis⁠ of the problem or an identification of the pest.⁠

Learn more practical and no-to-low cost strategies for preventing children and staff from unnecessary exposures to harmful chemicals found in cleaning products, plastics, and furnishings, among other hazards in our Protecting Children’s Environmental Health e-course. The course is approved for learning clock hours for child care professionals in 48 states.