Drinking straws made of PLA-blend bio-flex Jar made of PLA-blend bio-flex, a bioplastic Materials such as starch, cellulose, wood, sugar and biomass are used as a substitute for fossil fuel resources to produce bioplastics; this makes the production of bioplastics a more sustainable activity compared to conventional plastic production . The environmental impact of bioplastics is often debated, as there are many different metrics for "greenness" e.
Not to mention the refillable pens that we never take the trouble to refill.
There were 34 in my study mixed in with pencils, markers, highlighters, scissors and not one, but three letter openers8 in the bedroom, and 6 in my purse. I found another 32 in my office, and 10 more in briefcases and bags. En route to school, I harvested 3 from the glove compartment of my car—for a grand total of !
They seem to follow me home from meetings, events, hotels, and conferences, and end up staying permanently. I would guess that many of you are experiencing similar disposable pen proliferation. How did this happen? And what can we do to prevent further waste?
Fountain pen with refillable ink Image: Way back in third grade, I practiced penmanship under the watchful eye of my teacher, Miss Hepburn. Letters and words literally flowed from my treasured green fountain pen.
I loved that Esterbrook pen, a present for my eighth birthday. In those days, good quality pens were routinely given as gifts for special occasions and became cherished possessions.
Just try giving your niece or nephew a pen for graduation this year! When my Esterbrook ran dry, I gingerly opened a bottle of ink, dipped in the nib, and slurped up another barrel-full. Eventually, ink bottles were replaced by less messy cartridges, and most people used ballpoint pens for everyday writing.
But back then, we would buy one ballpoint pen and purchase refills as needed. Disposable Pens by the Dozen Fast forward to the age of Bic, and the advent of cheap, disposable pens. New habits were formed, and ballpoint pens not refills were soon sold by the pack.
Now, everywhere we turn, someone is handing us an inexpensive pen with their company name on it. Many end up in a drawer, pencil cup or purse, never to see the light of day or fulfill their intended function.
Others are pitched in the trash when they run dry. Would we throw away a flashlight when the batteries die?
As a dedicated Waste Watcher, the solution starts with me! Perhaps some will end up in art projects by the Pen Guy and other artists. With the help of Mr. When people offer me a promotional pen, no matter how slick or cute, I will decline and tell them why.Bioplastics are used for disposable items, such as packaging, crockery, cutlery, pots, bowls, and straws.
 Few commercial applications exist for bioplastics. In principle they could replace many applications for petroleum-derived plastics, however cost and performance remain problematic.
Bioplastic Can Replace Petrochemical Products. Yes, bioplastic can replace petrochemical products, provided a more efficient way to produce bioplastic be created. The only hurdle standing in the way is easy of production, and given the drive to do so, I have little doubt that the scientific community could come up with one.
To replace plastic is a task that is a little harder than it might seem at first. Find out what it would take to replace plastic in our daily lives. The Royal Conservatory Awards State Certificate of Excellence.
Our very own, 8th grader Ava Ghods, has again received the high honor of Center Certificate of Excellence and State Certificate of Excellence (Virginia) awards for her performance on her piano practical examinations at .
Stop Buying Shit You Don't Need by ~stormystranger on deviantART Find this Pin and more on Inspiration to be Plastic Free! by Plastic-Free Tuesday on Pinterest. i should have thing hanging in my room to remind me each and every alphabetnyc.com buying shit i dont need!
Designers have developed a form of bioplastic made from algae, which could completely replace synthetic plastics and be used for 3D printers.
Researchers are also looking into developing bioplastics from banana peels, shrimp shells, and seaweed.