Category: The T&H Blog

The Buzz about Honeybees and Water

Signs of spring are everywhere.  Flowers are blooming, leaves are budding on trees, and sneeze-inducing pollen is abundant.

Pollinating bee
Honeybees are important pollinators.

Spring is also the start of beekeeping season.  As one of our most important pollinators for our food crops, the health and survival of honeybees is vital to our ecosystem.

Just like all living things, bees need food and water. Honeybees however, cannot simply turn on a faucet for a drink and they rarely store water. Instead, honeybees must forage for water, bringing it into their colonies as needed, as they do pollen, nectar and propolis for their survival.

How Bees Use Water

There are several uses for water in a bee colony.

For brood to develop properly, the hive requires a constant temperature of approximately 94°F and relative humidity of 50-60%. Worker bees spread gathered water droplets on the rims of honeycomb cells, on top of sealed brood, and along the hive walls. To regulate the temperature and humidity in the hive, bees will fan their wings to evaporate the water to cool the hive—similar to how we use air conditioners to cool our own homes in the summer.

Bee brood
Honeybees need water to feed developing brood.

Nurse bees, who feed the developing eggs, larvae and pupae, also have a high demand for water. The nurses attending the brood, consume copious amounts of water, pollen, and nectar so that their hypopharyngeal glands can produce royal jelly used to feed the eggs. As the larvae develops, they are fed diluted honey, nectar, and pollen.

Honeybees make honey as a means of storing food to eat. This is especially important in the winter months when bees can’t forage for nectar and rely on stored honey for food.  But before bees can easily consume honey, it first must be diluted. Bees add water to dilute honey to 50% moisture. Honey will also crystallize if the temperature drops below 50ºF.  Bees use water to dilute the crystals back into liquid before they can eat it.

Where Bees Find Water

Bees find water in a number of places, often lining up on the edges of birdbaths, mud puddles, damp rocks, branches, and drops clinging to vegetation. Foraging bees swallow the water and store it in their crops before flying home. The water is then transferred to waiting worker bees in the hive—a process known as trophallaxis—the direct transfer from one bee to another.

Drinking Bees
Bees line up on the edge of a bird bath for water.

It has been estimated that under really hot and dry temperatures, bees may bring back nearly a gallon of water each day to their hives.

As honeybees search for water, they often find water in agricultural areas—runoffs in ditches, culverts, or stormwater in waterways—that may contains insecticides, pesticides or fungicides.  Plants sprayed with pesticides or treated with systemic insecticides exude sap and form drops on the tips of stems and leaves that bees consume. These toxins, brought back to the hive can impair bee development, contaminate honey, and sadly, can completely destroy a bee colony.

Clean water supplies are essential for the operation and survival of honeybee colonies. 

Creating Water Sources for Bees

Fortunately, bees are not too picky about the type water they need. Bees tend to select the most fragrant, nutrient-rich water sources they can find. It could be the odor of mud, leaf tannin, mold, bacteria, or even chlorine from nearby swimming pools that attract bees. Minerals, salts, and other natural organic materials found in water adds important nutrients and vitamins to the bee diet.

Bees on Rocks
Provide plenty of rocks, sticks and other materials for bees to perch on while drinking water.

It is widely thought it is the scent of the source that helps bees find water. Foragers will also mark unscented sources of water with their bee pheromones to communicate to others where to find these resources.

Providing fresh sources of water is easy to do. Water can be left in shallow trays, birdbaths, flower pots, and bowls—just about anything that will hold water. Bees don’t like to get their feet wet and cannot swim. So, remember to add small stones, sticks, and other floating materials, such as cork to these containers. This will allow bees to safely stand near the water source without drowning.

And, eliminate the use of systemic and applied pesticides, insecticides and fungicides—not only for the health and welfare of bees but for our own health and the environment.  Pesticides and other chemicals applied to farmlands, gardens and lawns can make their way into ground water or surface water systems that feed drinking water supplies.

As the weather heats up and the days turn hot and lazy, the bees will be busy. Honeybees will travel incredible distances for their food and water, often flying two miles or more visiting 50 to 100 flowers each trip and returning to the hive as many as twelve times a day. A single bee colony can pollinate up to 300 million flowers a day. As a vital part of our food source, bees also pollinate 70 of the top 100 food crops we eat.

So, help our little pollinators by providing sources of fresh water.

Please Do Not Flush

Please Do Not Flush

Even though a product may be small enough to flush, does not mean it should be. Flushing items down the toilet that are not meant to be flushed, including those labeled flushable, can lead to problems in the sewer system, at the wastewater treatment facility and for the environment.

This handy two-page infographic illustrates things never to flush!

Please Do Not Flush

Download our two-page Please Do Not Flush infographic.

An Indispensable Guide to Flushing

Clogged toilets and backed up sewer systems — and the costly repairs associated with these issues — are problems that everyone wants to avoid, homeowners and DPW departments alike. And learning what is appropriate to flush is critical to keeping the pipes flowing.

While there are many obvious things not to flush down the toilet, an astonishing amount of non-flushable wipes, paper products, dental floss, and other dispensable hygiene products are flushed down toilets every day. This has contributed to cities and municipalities dealing with chronic clogged sewer systems and expensive wastewater treatment maintenance, not to mention homeowners who face the inconvenient problem of having a toilet back up in their home.

These raw sewage messes aren’t pretty and are not easy or inexpensive to fix.

Here’s the indispensable truth about what goes down the toilet.

Even though many items can be flushed down the toilet, it’s misleading to believe that everything is ‘flushable’ and safe for our sewer systems and environment. The journey is just beginning when that swirling eddy of water makes everything in the toilet bowl disappear.

All the solids flushed down the toilet that don’t dissolve eventually end up at a wastewater treatment facility. Traveling miles and miles through pipes underneath our streets and sidewalks, this raw sewage flows by gravity or with the help of pump stations towards a wastewater treatment facility. Most of this waste is taken care of, out of sight, by municipalities who work every day to maintain this process.

However, the pump stations are periodically clogged by non-disposable waste that is flushed down the toilet. Products that are designated as ‘non-flushable’ are often made with plastic fibers and do not break down in wastewater systems. Even products that are labeled as ‘flushable’, do not easily disintegrate in water like toilet paper.

Wastewater Plant
Disposable wipes at a New York wastewater treatment plant. (New York City Department of Environment Protection)

For example, popular flushable personal care wipes (for both babies and adults) are marketed as a convenient, portable, and a hygienic way to keep clean. Manufacturers claim these flushable wipes are septic-safe or safe for sewer systems. The problem is these products take much longer to break down as compared to traditional toilet paper.

And, here’s the reason why.

A well-known manufacturer of flushable wipes claims their product passes what is called a ‘slosh’ distribution test. The wipes, which are made of ‘non-woven clothlike material’, must be strong enough to handle the manufacturing process, hold up while being used, and still be weak enough to break apart after being flushed down the toilet.

The slosh test checks the potential for wipes to break down in water during agitating conditions. A box containing water and one or more wipes tips back and forth, slowly and repeatedly “sloshing” the wipes for three hours. All fibers from the test are strained from the slosh box and then poured through a 12½-millimeter sieve — consistent with industry guidelines — and rinsed for two minutes to measure the percentage of fiber material that passes through the sieve.

The problem is, unlike toilet paper that quickly disperses in circulating water, the tightly woven fabric of the wipes takes much longer to breakdown as noted in the slosh test; and while these products may not clog pipes immediately, imagine everything flushed down the toilet snagging on it, expanding, and gathering together to clog pipes and sewage pumps.

Private and municipal sewer system operators end up sifting through what’s left in the wastewater to clear these obstructions—often costing millions of dollars to maintain and repair.

Sadly, many of these disposable products are regularly flushed down the toilet. In a recent study, more than 98 percent of what was found at a wastewater treatment plant was non-flushable personal care wipes, paper towels, dental floss, diapers, tampons, condoms, cleaning wipes and other ‘trash’ not intended to be flushed.

And there are many more flushing no-nos—seemingly harmless and not so harmless items regularly flushed down the toilet.

Here is a list of things never to flush:

Baby wipes and diapers (including types labeled ‘flushable’ or ‘disposable’): Diapers can take up to 500 years to degrade in a landfill. These highly absorbent synthetic materials are slow to breakdown and can block sewer systems.

Paper towels: Just like wipes, these common household items are designed to not breakdown when wet and absorb liquids.

Cotton balls, cosmetic pads, and cotton swabs: These items tend to gather in pipe bends causing blockages.

Dental Floss:  This little string can cause havoc to plumbing and sewer systems.

Medications or Supplements: Wastewater treatment facilities are not designed to breakdown pharmaceuticals. While drugs may dilute in the waste stream, studies have shown the presence of medicines such as steroid hormones and antidepressants in wastewater effluent. The EPA1 refers to this as “Personal Care Products as Pollutants,” which also includes residues from cosmetics, agribusiness, and veterinary use.

Medical Supplies: Razors, bandages and hypodermic needles are often flushed, but quite simply, they don’t degrade. The razor blades and needles also present a danger to employees who need to remove the items that clog the system.

Rubber:  Items such as latex gloves and condoms, are made of a material that is not intended to breakdown in liquid.

Cat litter (including types labeled ‘flushable’): The absorbent properties of litter (generally clay and sand) are designed to ‘clump’ and will clog sewer systems.

Feminine Hygiene Products (sanitary napkins, tampons and applicators): Like cat litter, these products are designed to absorb liquids and swell in the process, clogging pipes, get stuck in bends and block sewer lines.

Fats, oil, and grease: Known in the wastewater industry as ‘FOG,’ are liquids that solidify when cooled, and this creates significant problems for public wastewater systems, as well as drains in your home.

Hair: Like dental floss, flushed hair can cause tangled blockages ensnaring everything that passes by.

Food products: banana peels, apple core, leftovers.  While these may degrade over time, food products simply do not disintegrate fast enough and can cause blockages throughout the system.

Trash of any kind: All this litter does not easily biodegrade.

  • Candy and other food wrappers
  • Cigarette butts
  • Rags
  • Plastic Bags

Chemicals: paint, automotive fluids, solvents, and poisons, are just terrible pollutants to flush. Just as wastewater treatment plants are not designed to screen out pharmaceuticals, these facilities are not designed to eliminate toxic chemicals.

Heavy Metals: These pollutants include, mercury, cadmium, arsenic, lithium (think batteries) and lead, etc. Please dispose of any of these toxins properly to prevent harm to the environment and the potential for serious health risks.

Flushable toilets and the wastewater facilities that treat our raw sewage are indispensable services in modern life.  It’s long time we take responsibility and think twice about what is flushed down the toilet—for the sake of our sewers systems and wastewater treatment processes, and our indispensable precious environment.

Download our Please Do Not Flush – Infographic.
DOWNLOAD

Introduce a Girl to Engineering

Inspiring Young Women

On April 23, 2018, Tata & Howard hosted an Introduce a Girl to Engineering event. Thirty-four junior girl scouts (from grades 4-5) from five local troops attended our interactive and informative overview of environmental engineering.

Women engineers from the company were eager to welcome the scouts. They know from experience how important it is to inspire young girls and get them excited about a successful career in engineering. They also know the challenges women often face in the field of engineering long known to be male-dominated.

Slowly, however, this trend is beginning to change, as more young women are earning engineering degrees.

Girls scouts groupTwenty-five years ago, when Tata & Howard was a newly established company, graduating classes from engineering schools may have been 1-2 percent women. As recently as 2016, about 20 percent of graduating engineers were female, and today, Tata & Howard stands out in the Water and Wastewater industry out as a 100% employee-owned company, led by two women co-president engineers, and 38 percent of its workforce being female engineers.

These women engineers are the future role models and inspiration for young girls. On this night, they were excited to share their experiences with the girl scouts and tell them what it is like to be an environmental engineer in the water and wastewater industry.

Their excitement was unmistakable.

We presented a colorful slideshow illustrating how clean water is delivered to our homes—starting from groundwater or surface water sources and pumped through pipes to a water treatment facility. The water treatment process was shown with a simple water filtration demonstration, screening dirty water with both coarse rocks and a coffee filter.  After going through a treatment process, it was explained that clean water is then stored in tanks and eventually ends up in the pipes that lead to our homes—and any place where we can turn on the tap and drink water.

The presentation was followed by questions, answers, and everyone’s favorite…pizza. The girls were then divided into seven teams and instructed to build a freestanding water tank using only a handful of ordinary items, such as a plastic cup (the tank), drinking straws, bubble gum, band aids, string, thumbtacks, string, paper clips, and toothpicks.  The challenge lasted 30 minutes, after which, 8 ounces of water was poured into the water tank creations to test for structural integrity and left to stand for 30 seconds without spilling any liquid.

Girl Day Water Tank Instructions

Lots of excitement and fun ensued as the water towers wobbled, leaked and finally toppled into a watery mess! Not all the tanks collapsed however. A few withstood the water test challenge and a winning team emerged—the Llamacorns—who built a tower standing tall at 11 ¼”. The Greatest Kitty Cookie team came in a close second with a 9 ½” tall structure.

Before leaving for the evening, each scout was presented with a certificate and a merit badge. Many thanks to all the Tata & Howard women volunteers who helped make Introduce a Girl to Engineering a memorable and enjoyable event for these young girls.

And hopefully…the girls also left with a greater appreciation and enthusiasm about pursuing a career in engineering.

Team Results:

Double Bubble – 8 ¼” Collapsed
The River & the Sky – 16 ½” Collapsed
Beautifully Disgusting – 6 ½” Leaked
Llamacorns – 11 ¼” Winning team!
The Greatest Kitty Challenge – 9 ½” – Second Place
Royalty – 11 ½” Collapsed
Water Dogs – 4 ¾” Leaked

The End of Plastic Pollution?

Earth Day 2018 marked its 47th anniversary on April 22 and the organization has declared this year’s theme as ‘Help end plastic pollution’.

It’s unimaginable to think how our lives would be without plastic. Plastics are so ubiquitous that we completely rely on its convenience, comfort, safety, low cost, and the multiple uses in thousands of products in our daily lives.

Flexible, resilient, lightweight, and strong, approximately a third of plastic used today is in packaging. Roughly the same amount is used in building materials such as plumbing, piping, carpeting, and vinyl. Other uses of plastic include automobiles, furniture, toys, and lifesaving medical supplies and devices. The plastics used in bottles and wrappers allow us to take food and drinks with us anywhere.

In a nutshell, plastics are indispensable and are widely used in our homes, offices, and industry every day.

But where does all this plastic eventually end up?

Bottle trash in oceanSome of it can be recycled. Quite a bit ends up in the trash and landfills. And more than you can imagine ends up loose as plastic pollution, eventually making its way into our waterways. There are millions of tons of debris floating around in the water—and most of it is plastic. It is estimated that up to 80% of marine trash and plastic actually originates on land—either swept in from the coastline or carried to rivers from the streets during heavy rain via storm drains and sewer overflows.

Therein lies the Earth Day challenge to help end plastic pollution.

Plastic, because it’s nonbiodegradable, can be around for up to 1,000 years or possibly even indefinitely, as compared to other forms of trash. Different kinds of plastic degrade at different times, but the average time for a plastic bottle to completely biodegrade is at least 450 years.

Consider the lifespan of these typical plastic products before they naturally biodegrade:

  • Plastic water bottle – 450 years
  • Disposable diapers – 500 years
  • Six pack plastic rings – 600 years
  • Styrofoam cups – 50 years
  • Plastic grocery bags – 10 to 20 years
  • Extruded polystyrene foam – over 5,000 years!

Our lives without plastic use is not going away anytime soon.  But there are many small (although important) things we can do right now to protect our waterways and help end plastic pollution. The most obvious is to try to keep as much plastic as possible out of the waste stream in the first place.

These simple behavioral changes can have an impact:

Stop buying bottled water

Glass of waterDrink from reusable containers and fill with tap water. Consider that close to 50 billion plastic bottles are tossed in the trash each year and only 23% are recycled!1   If that isn’t’ enough to convince you to stop buying ‘disposable’ water bottles, a recent study by ORB Media, did testing of 259 plastic water bottles from nine counties that revealed microplastic particles in the water from 242 of the bottles.

Recycle more

Recycling seems obvious, but we can do so much better!  According to The National Geographic, an astounding 91% of plastic is not recycled.3

recycle

The benefits of recycling is equally astounding. Not only does recycling reduce the amount of waste sent to landfills and incinerators, but it prevents (air and water) pollution, saves energy and money, creates jobs, and has a tremendous positive impact on the environment.1

To find our more on the specifics of recycling in your area, check out Earth911.org’s recycling directory.

Stop using disposable plastics

Ninety percent of disposable plastic in our daily lives are used once and then thrown out—grocery bags, food wrappers, plastic wrap, disposable cutlery, straws, coffee-cup lids, etc. In the United States alone, approximately 102.1 billion plastic bags are used every year.2   Start reducing waste by bringing your own bags to the store, silverware to the office, or travel mug to Starbucks.

Buy in bulk

Bulk produce

Single-serving yogurts, travel-size toiletries, packages of snack food—all these items of convenience not only cost more but produce more trash than purchasing larger containers. Consider buying in bulk and in larger packages, then portioning out into smaller reusable containers.

Switch from disposable diapers to cloth

The EPA estimates that 7.6 billion pounds of disposable diapers are discarded in the US each year. 1 Use cloth diapers to reduce your baby’s carbon footprint and save money.

Cook more and pack your lunch

VegatablesNot only healthier for you, cooking at home helps reduce the endless surplus of plastic packaging – take out containers, food wrappers, bottles, and eating utensils. Choose fresh fruits and veggies and bulk items with less packaging…and pack your leftovers or lunch in reusable containers and bags.

People around the world will celebrate Earth Day April 22.  However, the challenge to help end plastic pollution can’t be a one-day event.  Rather, we should strive to create a culture of environmental stewardship and make significant changes in our daily lives to reduce, recycle, and reuse our dependency on plastic.

We can start today!

 

1 www.epa.gov

2 www.thebalance

3 www.news.nationalgeographic.com

Girl Day 2018: Introduce a Girl to Engineering

National Girl Day is February 22, 2018

This is a perfect time to inspire a girl’s future by sharing your knowledge and experience that girls, science, and engineering can make a difference in this world!

Tata & Howard Engineer and former New England Patriots Cheerleader – Trish Kelliher

Tata & Howard Project Engineer Patricia Kelliher (Trish) and former New England Patriots Cheerleader talks about her experience:

“After retiring from the Patriots in 2013, I was able to speak at the Pop Warner Little Scholars banquet in Boston. About 1,500 Pop Warner football players and cheerleaders with their parents attend the banquet every year.

The Science Cheerleaders have a partnership with Pop Warner where they help their cheerleaders feel empowered to ditch stereotypes (about female scientists/engineers and about cheerleaders) and maybe even consider science or engineering as a career option.  I was able to give a 20-minute speech on my story, how I became interested in both cheerleading and engineering, and hopefully try and encourage the cheerleaders in attendance to break stereotypes.”

Continue reading Girl Day 2018: Introduce a Girl to Engineering

Fun At Work Day 2018

In celebration of Fun at Work Day, Tata & Howard employees took a break from lunch and competed in The Marshmallow Challenge!

Table 5 in deep concentration.

Made popular by TED Talks’ Tom Wujec, The Marshmallow Challenge is simple – teams compete to build the tallest freestanding structure in 18 minutes using only 20 sticks of spaghetti, a yard of tape, a yard of string, and one marshmallow. The marshmallow needs to sit on top of the freestanding structure.

Did we mention the challenge is simple? Well…interestingly the challenge is not as simple as it seems – the marshmallow is pretty heavy! In addition, time ticks away very quickly!

While we were having some ‘Fun at Work’, The Marshmallow Challenge was also a terrific team building exercise and we did learn some valuable lessons.

Key lessons we learned from this challenge:

  1. Teamwork is key. Every team member needed to contribute. Working well together was especially effective and efficient.
  2. Testing the design intent

    Testing: Working out theories and testing materials early in the challenge helped formulate the overall design. However, taking too long in the planning impacted the construction time.

  3. Time Management. As we learned from the testing phase, time management turned out to be an equally important lesson. Teams needed to plan and manage enough time to build the structure.
  4. Innovation: Creativity and originality was really the fun part of this challenge. All teams approached this challenge differently and every structure was unique.

Here’s a blow-by-blow account of the competing teams:

At our Marlborough office five teams competed:

Table 1 planning their structure

Table 1 – Mike, Molly and Maya spent a good part of the time planning and testing. They also exercised good time management and built a very stable structure reaching 15 ½”.

Table 2 – Using all their materials, Katie, Jenna and Meghan built the tallest structure at 16 1/2”. Although not the prettiest to look at, it was very stable and even with vigorous table shaking the tower stood tall!  Winning Team!!

Table 3 – Brian, Maria, and Derek had the sad misfortune of their structure collapsing shamelessly into a ½” pile of broken spaghetti!

Table 4 – Although, James, Mary and Karen’s structure measured 10 1/2” after partially collapsing, they finished with time to spare and managed to have some materials left over!

Table 5 – Adam, Matt and Jim ambitiously engineered a very tall structure, but it sadly collapsed under its own weight.  Still, there were some measurable structural components and came in at 8” high.

At our Waterbury, CT office, two teams competed:

The Seniors at work.

The Seniors (Sal, Bill, Dave and Nan) had an early lead and constructed a fairly stable structure of modest height with about 5 minutes left.  However, their table was jarred, and the structure ended up toppling. They could not re-assemble before time ran out.

The Young professionals (Chelsea, Ryan, Kevin, Will, Natalia) used the early stages to plan the construction and had some good ideas, however, they were a little too ambitious with the final marshmallow top and their structure also collapsed.  In fact, it never really stood at all.  And, the final height of their marshmallow was below the table surface!

Young Professionals make progress.

In less than an hour, the Marshmallow Challenge is a fun way to foster innovation and teamwork. If you’re interested, the challenge rules can be seen here [Marshmallow Challenge Instructions].  Hope you find time to  have fun at work too!

ESOP Month – It’s a Wrap!

Tata & Howard is a 100% employee-owned company, or ESOP. Being an ESOP is an integral part of our corporate culture, and we consistently strive to enhance our core values of teamwork, innovative solutions, positive attitude, efficiency, and integrity through teambuilding activities throughout the year. October is ESOP Month, celebrated by ESOP companies across the United States, and an excellent time for all of us at Tata & Howard to focus on the benefits of employee-ownership as well as the core values that have been with us since our inception in 1992.

Earlier in the month, we showcased how our four ESOP committees – Communications, Green, Philanthropy, and Wellness – planned a month of activities for the Tata & Howard team, Harry Potter style. The first half of the month saw a philanthropic initiative to raise funds for the Dana-Farber Cancer Institute, a community trash cleanup day, and a “Minute to Win It” challenge, as well as various food-themed events. The second half of ESOP Month was also filled with fun and festive activities, including the firm’s official 25th anniversary.

Co-Presidents Karen Gracey and Jenna Rzasa poured the celebratory champagne

On October 19, Tata & Howard officially turned 25 years old. Founded on October 19, 1992, Tata & Howard has grown from a two-person startup to a thriving 70-person firm with nine offices in seven states as well as Ontario, Canada. On October 19, all offices were treated to a celebratory catered lunch, where Co-President Karen Gracey and Co-Founder and Senior Vice President Paul Howard spoke to the entire team about the history of the firm as well as goals for the future. After the speeches, everyone raised a champagne toast for 25 exceptional years in business — and for 25 more — after which we all received Tata & Howard branded fleece jackets.

Taking a selfie with a dinosaur was a hunt requirement!

On Saturday, October 21, we celebrated our 25th anniversary in style, beginning at the Boston Museum of Science, where 70 T&H employee-owners (EOs) and their guests participated in a Murder Mystery Scavenger Hunt throughout the museum. Broken into 10 teams, EOs received 24 clues and a coded sheet and were given two hours to complete their assignment. The hunt was highly entertaining while also providing EOs the chance to get to know their fellow EOs from other offices a bit better. Not surprisingly, six of the ten teams fully completed the challenge with all correct answers, so the winner was determined through some tie-breaking trivia questions about the museum. The winning team was Team 2 Beat, who were all smiles for the photo!

Team 2 Beat

After completing the scavenger hunt, EOs headed over to the Union Oyster House, the oldest restaurant in the United States, where we enjoyed appetizers and drinks in a private room. Once everyone had arrived, a theater troupe from Monson, MA (one of our clients!) began their performance of Trial & Error, a hilarious interactive show that takes place in a courtroom. Each act was given between courses, and the laughter could be heard throughout the restaurant. At the end of the night, we cut into our special 25th anniversary cake and savored the sweet taste of success. The night was highly enjoyable and a true celebration of our firm’s incredible accomplishments.

Steve Landry took his folding very seriously.

Also during the second half of ESOP Month, EOs participated in a paper airplane contest. EOs in all offices had ten minutes to make paper airplanes out of standard copy paper. No glue, tape, paper clips, tearing, or puncturing of the paper were allowed. After the planes were built, it was time to test! Points were awarded on a basis of longest distance flown as well as longest air time. First, second, and third place winners in each category won points for their houses. Adam Carrier took top spot for distance with 37.3 feet flown, and James Hoyt won first place for airtime with 3.1 seconds. Jon Gregory and William Grant came in second and third, respectively, in both events, with distances of 37.2 feet and 36.7 feet, and airtimes of 2.65 seconds and 2.6 seconds.

Will Grant and Sal Longo test flew their planes in Waterbury, CT.
Brian Biagini learned that not all flights necessarily go as planned!

Another friendlier challenge was our thank you note challenge, sponsored by the Philanthropy Committee. EOs were asked to send thank you notes or emails to their fellow co-workers, and for every thank you they sent, the ESOP Committee would send $1.00 to DARE Family Services, with a three thank you note per EO cap. The day brought lots of smiles as people received special messages of appreciation, and we ended up collecting $108 to send to DARE. The event was well received and reminded everyone to show gratitude.

During the last week of ESOP Month, EOs participated in a step competition, sponsored by our Wellness Committee. The team with the highest total steps as well as the team with the most participation would receive points for their houses. Over half the company participated, and collectively we racked up an astounding 1,754,372 steps!  That’s the equivalent of walking from Marlborough, Massachusetts to Cincinnati, Ohio.

To wrap up ESOP Month, EOs got together after work on Monday, October 30 to enjoy some home baked pumpkin treats and pumpkin beer while we decorated mini pumpkins. On Halloween, the house points were tallied, and we are happy to announce that Ravenclaw wins the House Cup! All in all, ESOP Month was another huge success, and we are already planning for next year.

ESOP Month Update

As a 100% employee-owned company, Tata & Howard has a unique culture that celebrates teamwork, efficiency, integrity, positivity, philanthropy, sustainability, and yes, even fun. ESOP Month is celebrated by ESOP companies throughout the United States in October each year, and it serves as an excellent reminder of the many reasons why being part of an ESOP is such an exciting opportunity. Throughout the month, employee-owners (EOs) participate in challenges, activities, educational sessions, and philanthropic initiatives that embody the essence of ESOP culture and serve to remind EOs of the incredible benefits realized by being part of an ESOP company.

At Tata & Howard, our four ESOP committees – Communications, Green, Philanthropy, and Wellness – got together to plan a month’s worth of festivities. The month kicked off with cider donuts, cider, and coffee in all offices, after which EOs were sorted into houses, Harry Potter style. EOs will stay in their house for the month and houses will collect points based on participation and success in challenges. The house with the most points at the end of the month is declared the winner and receives the House Cup.

Our first challenge was a philanthropic initiative. EOs were asked to donate to Dana-Farber Cancer Institute, and the company offered to match all donations dollar for dollar. Both participation and total donation amounts were important; therefore, lots of pledging took place over the next week. The houses were evenly matched and only after some last minute pledging did Ravenclaw win for total donation, while Slytherin took home the participation prize. The most impressive statistic is that 80% of our EOs participated in this important event. The total tally after the company match was $6,650!

Also during week 1, EOs celebrated National Taco Day, which officially fell on October 4. Some offices had a taco potluck and others grabbed tacos from a local restaurant, but all offices enjoyed National Taco Day and spending some downtime together.

Week 2 brought on a whole new set of challenges. EOs participated in a “Minute to Win It” challenge that included building the tallest possible tower out of spaghetti and marshmallows in five minutes, and three one minute challenges including moving piles of index cards by sucking them up with a straw, moving marshmallows with chopsticks, and eating a cookie from one’s forehead without using hands. Needless to say, laughs abounded and we learned who eats a lot of ramen and who has experience with forehead cookie eating! Points were again awarded for both participation and winning challenges.

On Friday of Week 2, EOs headed outside at all offices to pick up trash in their local communities. It was a beautiful, sunny day and EOs were successful in cleaning up their areas while enjoying camaraderie. Only participation points were awarded since we couldn’t get any volunteers to weigh the trash collected. At the end of week 2, the standings were as follows:

Slytherin: 120
Gryffindor: 75
Ravenclaw: 50
Hufflepuff: 40

Next week’s plans include a thank you note challenge and a paper airplane challenge, as well as our 25th anniversary celebration. Stay tuned for updates!

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