Today’s Solutions: April 24, 2024

The efforts by John and Nancy Todd

Jay Walljasper | November 2004 issue

“Where there is waste, there might be new products,” declares John Todd, summing up 30 years of groundbreaking work in ecological engineering he has conducted with wife Nancy Jack Todd. Jack is the inventor, drawing on a diverse background in oceanography, agriculture, parasitology and tropical medicine, to construct “eco-machines” that use intricate systems of plants and animals to do work we usually associate with industrial and chemical plants. Nancy is the strategist, helping guide the process of discovery with sharp questions and broad observations. Through their non-profit research institute, Ocean Arks International, and their company, Living Technologies, they explore the world’s ecoystems for practical means of treating polluted water.

“We need to turn to the three-and-a-half-billion-year experiment called life,” John says, outlining his scientific methodology. He points to eelgrass, a plant that naturally purifies waste in shallow coastal waters. “To study an eelgrass community along the East Coast of the United States is to observe ecological design at its finest.”

Inspired by eelgrass, coral reefs, rainforests, pine forests, even deserts, he has built innovative waste treatment and water purification facilities for a brewery, a Caribbean eco-resort, a pet food manufacturer, a food processing plant, schools, two chocolate factories and entire cities. He’s launched an eco-industrial park in Burlington, Vermont, and cleaned up untreated sewage in the canals of Fuzhou, China, which were so grossly polluted that the city was often enveloped in a horrible stench.

The first project was near his home on Cape Cod at a time when ideas like bio-mimcry and ecological design seemed more far-fetched than the wildest science fiction. Poisons from waste lagoons were seeping into the town’s drinking water and cancer was alarmingly on the rise. “I discovered that they [the lagoons] contained most of the priority toxic pollutants on the Environmental Protection Agency’s hit list,” John remembers. He collected hundreds of aquatic plants from salt marshes and other local waterways in 20 tanks through which the waste travelled in a sort of purifying river. At the end of this journey, taking twelve days, all the heavy metals and human pathogens were gone.

Todd is perhaps most famous for his work on the Lewis Center for Environmental Studies at Oberlin College in Ohio, a showcase building designed to generate more energy than it uses and to produce no waste. Todd was responsible for the innovative sewage system, which purified the waste in an eco-machine and then returned clean water to a pond and wetlands on the site.

But the Todds’s ultimate goal is not to just safely and naturally dispose of waste, but to transform it into something valuable and useful. “It’s my contention that within a decade, waste treatment will be a new kind of economic resource, not a cost, ” John says. – JW

For more information: Ocean Arks International, 176 Battery Street, Suite 1, Burlington, VT 05401, USA, www.oceanarks.org.>

Print this article
More of Today's Solutions

The EPA implements solutions for forever chemical cleanup

In a remarkable step toward environmental protection, the Environmental Protection Agency (EPA) took decisive steps last Friday to address the dangers of two forever ...

Read More

What is “weaponized kindness” and how can you protect your relationship from it?

In the delicate dance of love, kindness often serves as the melody that orchestrates harmony between couples. From modest gestures like morning coffees to ...

Read More

How to cook your veggies to boost their anti-inflammatory powers

Every year the cold winter weather doesn’t only put frost on the grass, it also brings an increased chance of getting sick. And that’s ...

Read More

Newly discovered “nano-chameleon” fits atop your fingertip

In the northern regions of Madagascar, scientists have discovered the smallest reptile species known to humankind: the Brookesia nana, also known as the nano-chameleon. ...

Read More