I’m in need of recommendations for a good K-cup for my Keurig.
I know sacrilege! I could anyone drink such swill!
My go to ritual is to spend 20 minutes using my Moka Pot or French press- hand grind my beans fresh that I get from my local roaster hippy guy and make my perfect cup.
However, in my fast-paced lifestyle of work/family and keeping up with @Bols side action, I don’t always have the luxury of a 30-minute ritual of making and enjoying that perfect cup of espresso.
So, I use my Keurig to get that quick fix when needed. I have been on an endless search for a descent K-cup.
Peet’s Coffee- Major Dickason’s Blend, Dark Roast is the only K-cup I have tried that is actually ok. I’ve tried many K-cups and wasted lots of money in this search but have come up empty except for Major Dickinson’s.
If any of you have found an ok K-cup please let me know.
Very much appreciated. Thank you in advance.
I also use a reusable K-cup with my own grind.
Its ok. But still a time-consuming issue.
My use of a K-cup is all about speed. Usually running late and don’t have time to stop but need that fix situation. I might have an addiction here.
Their melting point is something like 320F which helps limit exposure. Its not zero, but its less than microplastics exposure putting on your polyester shirt. And bottled water is the main source because the plastics are so thin.
Shrimp is high because it accumulates in the foodchain. Surprisingly, a fresh carrot or apple is also high. Go figure.
studies indicate that microplastics are released from plastic K-Cups (Keurig pods) into hot coffee during brewing.K-Cups are primarily made of polypropylene (#5 plastic), which is BPA-free and uses FDA-approved food-grade materials. Keurig’s official position (from older statements around 2021) is that no plastic leaches because brewing temperatures (~192°F) stay below the material’s melting/softening points. However, more recent independent research challenges this for microplastics specifically.Key evidence comes from 2025 research (e.g., published in Science of the Total Environment by researchers like Mohamed Abdallah at the University of Birmingham). They tested coffee from different pod brands and found significant levels of microplastics in the brewed coffee. The particles were traced back to the same plastic types used in the pods. Heat, pressure, and hot water (combined with the piercing and flow through the pod) cause the plastic to shed tiny fragments.Other sources, including reports in TIME, GoodRx, and environmental health blogs, reference similar findings: hot water forces through the pod, leading to microplastic release. Polypropylene can degrade into microplastics under hot, wet conditions—even if not melting—especially with the added factors of acidity from coffee and mechanical stress.
