We touch chemicals every time we go to the store—the cleaning wipes for the cart, the plastic packaging of foods, the grocery bags…but what about the receipt? While the smudged black residue that a receipt’s ink often leaves on your fingers may not be the most obvious example of an everyday chemical, receipt ink is actually loaded with a variety of chemicals—and not necessarily the good kind. Receipt ink is different from the ink found in instruction manuals, term papers, art prints, and any other paper items that exit through an inkjet printer and into your outstretched hands. The ink used to markup receipts is formulated with toxic ingredients that can have detrimental effects on health, while those of inkjet papers are of a less toxic blend. But why can’t we make receipt ink too? It’s time to rethink ink.
It’s important to understand why receipt ink is toxic in order to support the criticality motivating the need for a safer alternative. Receipt ink contains harmful BPA’s that absorb into your body’s bloodstream through direct contact with your skin (Kemler). These chemicals disrupt your body’s natural hormone chemicals, affect behavior, increase blood pressure, cause cardiovascular disease, and more (Bauer). As of now, the ink industry is relatively unregulated and many are unaware of the chemicals on the receipts they handle each day.
While I can encourage those I’m around to go receipt-less next time they shop, receipts often print automatically or are an afterthought to transactions. Plenty of people still rely on a printed receipt from their transaction for various reasons, and eradicating receipts in favor of electronic ones isn’t the cure-all solution. In an attempt to minimize the exposure of customers to toxic chemicals, some stores have switched to thermal printing machines. These machines seem like a great solution but are not always an affordable option for small businesses and even some larger retailers. But rather than replacing an expensive machine, why not simply replace the ink? Throwing out an old machine is wasteful and unnecessary if the root of the problem is addressed: the chemicals in the ink.
There are several water-based and eco-friendly options for inkjet printers on the market, but not so much for the receipt-printing market. After further research, I’ve found that companies receive their ink in bulk quantities from professional chemical suppliers. These chemical suppliers also provide chemical consulting options to companies looking to become more eco-friendly and receive a consistent, high-quality product for their brand. What if these consulting companies could help formulate an ink specific to receipt printers that don’t include BPA’s or harmful VOC’s like the ones found on the market?
If companies could swap their toxic ink for a readily available non-toxic ink that works just as well, then the chemical company would have access to every market that performs transactions—which is to say every market. Chemicals are everywhere, and so are discarded and forgotten receipts. An effort to minimize the toxicity of ink on receipts is also an effort to support safer and greener chemical usage in our everyday lives. While the idea of swapping any minor or major stores’ receipt ink is a lot for one person to perform by themselves, with careful planning and the help of a chemical consultant, this idea can become a reality, implemented small but with the ability to grow.
Works Cited
Bauer, Brent A. “Tips to Reduce BPA Exposure.”?Mayo Clinic, Mayo Foundation for Medical Education and Research, 14 May 2021, www.mayoclinic.org/healthy-lifestyle/nutrition-and-healthy-eating/expert-answers/bpa/faq-20058331.?
Kemler, Beth. “New Report: 9 Out of 10 Receipts Contain Toxic BPA or BPS.”?Safer Chemicals Healthy Families, 12 Jan. 2021, saferchemicals.org/2018/01/17/new-report-9-out-of-10-receipts-contain-toxic-bpa-or-bps/.?
You can learn more about scholarship recipient Sydney Manns here!
What is Ethylene Glycol
/in Humectants/by Industrial DegreasersWhat is ethylene glycol? Ethylene glycol is a common industrial chemical that is often used as a humectant. Ecolink provides high quality, bulk Ethelyn glycol that is a concentration of 80%-100% which is a high purity, virtually undiluted form of this chemical substance. Ethylene glycol is commonly used in products like antifreeze for chilling systems as well as for automobile engines. This chemical is also used in the production and manufacturing of pharmaceuticals, polymers, inks, and an assortment of other products.
Benefits of Ethylene Glycol Use:
What Is Ethylene Glycol Used For?
Where Can You Find High Quality, Bulk Ethylene Glycol?
If you are looking for ethylene glycol in bulk and want to work with a trusted chemical provider, Contact Ecolink here! Ecolink has been a leading provider of bulk, industrial chemicals for 30 years. Our team of chemists and experts is dedicated to helping you find the best chemicals for your needs while providing all necessary information to ensure proper use and the safety of your facility. Ecolink is also dedicated to reducing the carbon footprint of the chemical industry and can help you make your business more eco-friendly by recommending green chemical alternatives and providing chemical recycling resources. If you are in need of a reliable chemical supplier who can provide high quality, bulk chemicals for an affordable price, Ecolink has you covered. Call today to learn more!
What Is a Humectant
/in Humectants/by Industrial DegreasersWhat is a humectant? Merriam-Webster Dictionary defines the term Humectant as “: a substance that promotes retention of moisture”. There are several different chemicals that can be used as humectants including Ethylene Glycol and N-Butanol. Ecolink is a trusted bulk chemical supplier that provides a variety of high quality chemicals that can be used as humectants.
What are humectants used for? One common humectant is n-Butanol product which is an alcohol produced by the fermentation or petrochemical process of sugars derived from corn. It is a colorless liquid with medium level volatility. N-Butanol with its inherent humectant properties is found most often in numerous differing beverages and food products. The use of n-Butanol in food products as a humectant is considered a safe. This chemical helps food and beverages retain their moisture. Ecolink’s N-Butanol product has many other uses apart from food and beverages. Other humectant uses of n-butanol include:
Benefits of Working With Ecolink:
What is A Humectant and Where Can Your Purchase In Bulk?
If you are in need of high quality chemicals for humectant use, contact Ecolink here! Ecolink is a trusted provider of high quality bulk chemicals that has the knowledge and expertise to help you find the best chemicals for your need. Call today to speak with a chemical expert and learn more!
Oxygen Scavenger for Boiler
/in Oxygen Scavengers/by Industrial DegreasersLooking for high quality bulk oxygen scavenger for boiler use? Boiler Guard is a high quality water treatment chemical designed to prevent corrosion and the build of scales in boilers and other equipment that is prone to these issues.
Boiler Gaurd is a brown, alkaline solution primarily made comprised of sodium hydroxide (10%-15% by concentration) and diethyl ethanolamine (1%-2% by concentration). This product is designed to eliminate scale buildup and corrosion on steam boilers of all makes and sizes and other water cooling machinery that is prone to scaling and corrosion. This oxygen scavenger for boilers will also prevent future scale buildup and corrosion from reoccurring in the future by acting as an oxygen scavenger that binds free oxygen.
If you are looking for a high quality oxygen scavenger for boilers from a trusted bulk supplier, Ecolink can help!
Benefits Ecolink’s of Boiler Gaurd – Oxygen Scavenger For Boiler:
Benefits of Working With Ecolink:
Want To Learn More About Ecolink and Oxygen Scavengers For Boiler User?
If you are looking for oxygen scavengers for boilers or other high quality bulk chemicals, contact Ecolink here. Ecolink has the knowledge and experience to find the best, high quality chemicals for your practice at an affordable price. Call today to learn more!
Getting to Know Sydney Manns
/in Scholarship Contest/by Industrial DegreasersGetting to Know Sydney Manns
Sydney Manns is a student at the University of Central Florida, studying English – Technical Communication with minors in Spanish and Hospitality Management. She is one of two of Ecolink’s one-thousand-dollar scholarship recipients. We wanted to get to know a bit more about Sydney and her winning essay, so we asked. Here’s what we learned about Sydney:
Sydney is a busy student at the University of Central Florida. Along with her major in English-Technical Communications, and her two minors (Spanish and Hospitality Management), Sydney also finds time to volunteer! She is part of the Future Technical Communicators at UCF and she volunteers as a tutor teaching English for the Adult Literacy League.
As an English major, Sydney does plenty of writing so she plans to put her scholarship money from Ecolink towards a new laptop! Her current computer has seen better days and with remote classes, jobs, etc. her laptop is her most essential tool.
Sydney is very passionate about protecting the environment. She feels the biggest danger to the environment is humans. “We have a history of being wasteful, and if we don’t change our habits, then the environmental consequences will only worsen. If each person incorporates greener practices into their everyday lives—starting with conscience chemical use—then we can chip away at the harm we’ve collectively contributed and make way for a greener future,” she said.
After graduation, Sydney plans to move to Madrid, Spain to teach English and continue her career in a remote technical writing position.
Sydney practices what she preaches and continues protecting the environment, Sydney’s plans include trying to “minimize my waste at home, offset my carbon footprint when I travel, support companies with sustainable initiatives, and encourage others that I meet to do the same!”
Her advice to others who share her love for the Earth:
“Start small! Something as simple as taking a shorter shower, riding the bus, using a reusable water bottle, or choosing cleaning solutions with non-toxic chemicals has an impact on the environment whether you realize it or not. Find ways to make sustainable practices a habit in your daily life.”
Ecolink is proud to award Sydney this scholarship and we wish her much success in both her writing career and in being a good steward of our planet.? We look forward to seeing Sydney’s future unfold as she travels abroad and passes her English skills and environmental passion to others.
Check out her winning essay here!
Rethinking Ink – Sydney Manns
/in Scholarship Contest/by Industrial DegreasersWe touch chemicals every time we go to the store—the cleaning wipes for the cart, the plastic packaging of foods, the grocery bags…but what about the receipt? While the smudged black residue that a receipt’s ink often leaves on your fingers may not be the most obvious example of an everyday chemical, receipt ink is actually loaded with a variety of chemicals—and not necessarily the good kind. Receipt ink is different from the ink found in instruction manuals, term papers, art prints, and any other paper items that exit through an inkjet printer and into your outstretched hands. The ink used to markup receipts is formulated with toxic ingredients that can have detrimental effects on health, while those of inkjet papers are of a less toxic blend. But why can’t we make receipt ink too? It’s time to rethink ink.
It’s important to understand why receipt ink is toxic in order to support the criticality motivating the need for a safer alternative. Receipt ink contains harmful BPA’s that absorb into your body’s bloodstream through direct contact with your skin (Kemler). These chemicals disrupt your body’s natural hormone chemicals, affect behavior, increase blood pressure, cause cardiovascular disease, and more (Bauer). As of now, the ink industry is relatively unregulated and many are unaware of the chemicals on the receipts they handle each day.
While I can encourage those I’m around to go receipt-less next time they shop, receipts often print automatically or are an afterthought to transactions. Plenty of people still rely on a printed receipt from their transaction for various reasons, and eradicating receipts in favor of electronic ones isn’t the cure-all solution. In an attempt to minimize the exposure of customers to toxic chemicals, some stores have switched to thermal printing machines. These machines seem like a great solution but are not always an affordable option for small businesses and even some larger retailers. But rather than replacing an expensive machine, why not simply replace the ink? Throwing out an old machine is wasteful and unnecessary if the root of the problem is addressed: the chemicals in the ink.
There are several water-based and eco-friendly options for inkjet printers on the market, but not so much for the receipt-printing market. After further research, I’ve found that companies receive their ink in bulk quantities from professional chemical suppliers. These chemical suppliers also provide chemical consulting options to companies looking to become more eco-friendly and receive a consistent, high-quality product for their brand. What if these consulting companies could help formulate an ink specific to receipt printers that don’t include BPA’s or harmful VOC’s like the ones found on the market?
If companies could swap their toxic ink for a readily available non-toxic ink that works just as well, then the chemical company would have access to every market that performs transactions—which is to say every market. Chemicals are everywhere, and so are discarded and forgotten receipts. An effort to minimize the toxicity of ink on receipts is also an effort to support safer and greener chemical usage in our everyday lives. While the idea of swapping any minor or major stores’ receipt ink is a lot for one person to perform by themselves, with careful planning and the help of a chemical consultant, this idea can become a reality, implemented small but with the ability to grow.
Works Cited
Bauer, Brent A. “Tips to Reduce BPA Exposure.”?Mayo Clinic, Mayo Foundation for Medical Education and Research, 14 May 2021, www.mayoclinic.org/healthy-lifestyle/nutrition-and-healthy-eating/expert-answers/bpa/faq-20058331.?
Kemler, Beth. “New Report: 9 Out of 10 Receipts Contain Toxic BPA or BPS.”?Safer Chemicals Healthy Families, 12 Jan. 2021, saferchemicals.org/2018/01/17/new-report-9-out-of-10-receipts-contain-toxic-bpa-or-bps/.?
You can learn more about scholarship recipient Sydney Manns here!