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The Startup Making Sense Of Carbon Credits


Albo Climate uses satellite imagery to measure the carbon storage of farms and forests. (Courtesy of Albo Climate)

By Brian Blum

The concept of carbon credits was introduced in the 1992 Kyoto Protocol, an international treaty on reducing greenhouse gases.

A company that produces carbon dioxide emissions contributing to climate change can purchase a “credit” from an organization, group or individual working to reduce these dangerous gases. The credit serves as a financial incentive to those who can help clean up the atmosphere.

This is especially important for industries that have no current alternative to burning fuel, such as airlines.

Governments may limit how many tons of emissions certain sectors — oil, transportation, energy or waste management — can release. A company that goes over the limit must buy or use saved credits to comply with the emissions cap.

But this “cap-and-trade market” scheme has been stymied by inefficiencies.

“The mechanism doesn’t work well. It doesn’t scale,” Jacques Amselem, CEO of Albo Climate, tells ISRAEL21c. As a result, “the impact on climate doesn’t really exist.”

Tel Aviv-based Albo Climate intends to enable “anyone on earth who wants to change his practices to get on our platform” and begin collecting carbon credit cash.

Amselem, who comes to Albo from a 30-year career in high-tech in France and Israel, says he wants to enroll a billion people in order to really move the needle.

Carbons sinks

Because trees and plants require carbon dioxide to grow, agriculture and forestry provide the biggest opportunity for creating “carbon sinks” — nature’s way of absorbing, or “sequestering,” excess carbon before it gets trapped in the atmosphere.

According to the United Nations, soil carbon sequestration could offset some 20 percent of humanity’s annual carbon footprint.

Farmers who want to participate in a cap-and-trade market must prove they are practicing “regenerative agriculture.”

In the past, that required sending soil samples to an offsite lab. The process was time-consuming and cumbersome, disincentivizing many farmers from participating in a potentially lucrative program.

Albo Climate dispenses with the manual ground-level measurements and instead uses satellite imagery to determine if a farm or forest is functioning as a carbon sink.

Screenshot courtesy of Albo Climate

Until it’s able to launch its own satellites, the company uses data from existing satellites, some purchased and some from publicly accessible government databases. The images show everything from the type and height of trees and crops (which affect the amount of carbon absorption) to the pH and moisture level of the soil.

Weather and location are factored in, and artificial intelligence turns the raw data into actionable insights. Albo’s multidisciplinary team of 13 includes soil experts, algorithm programmers and people who understand space and satellites and sensors.

Armed with the satellite imagery data from Albo, farmers can apply to join a carbon credit program.

Working with American farmers

To be designated as a carbon sink, a farm must make certain changes.

One change is “no-till cultivation.” Tilling involves turning over the first six to ten inches of soil before planting new crops, resulting in ground devoid of plant matter and thus more vulnerable to wind and water erosion.

Other changes involve planned grazing, reducing the use of synthetic fertilizers and pesticides, using more cover crops and rotating crops, so there are always something growing on the land.

Fallow fields cannot capture carbon dioxide, explains Ariella Charny, Albo Climate’s chief marketing officer, who moved from Boston in 2014.

“Corn is grown as a monoculture and most of the year the field is bare,” she says.

From left, Albo Climate CEO Jacques Amselem, CMO Ariella Charny and Prof. Andrei Sharf, AI adviser. (Courtesy of Albo Climate)

Last October, Albo Climate announced a partnership with Taranis, an Israeli startup that provides digital farming solutions to “agriculture retailers to develop a faster and more affordable process for carbon verification,” says Bar Veinstein, the company’s CEO.

Taranis monitors millions of acres for customers in the United States, Canada, Brazil, Russia, Ukraine and Australia, providing a dashboard for farmers to identify diseases before they spread through the fields.

Albo Climate will roll out its technology to Taranis clients in the U.S., focusing on corn and soy farms first.

If every U.S. farmer switched to regenerative agricultural practices, “we would more than offset all of the emissions that come from electricity generation in the U.S.,” Charney says.

In 2019, electricity production was responsible for 25 percent of greenhouse gas emissions in the United States.

Working with African farmers

Albo also has a partnership with Mauritius-based Tembo Power, which develops renewable hydropower projects in Sub-Saharan Africa.

In this project, Tembo Power subsidiary Tembo Climate will bring the Albo approach to countries including Cameroon and Uganda. Qualifying farmers can claim their carbon credits, and any income generated will support ranger services, surveillance systems and local communities.

The Taranis and Tembo deals are indicative of Albo’s B2B business model, which Amselem and Charny explained to potential partners at the U.N.’s recent COP26 climate conference in Glasgow.

Amselem hopes that in another two years, a direct-to-consumer carbon credit program will be available for individual farmers and even, at some point, consumers with a home garden who follow regenerative agriculture practices.

Albo Climate won’t handle the payments; for that the company will tap into the growing international carbon credit marketplace. According to a report from the World Bank last May, the largest ones operate in the European Union, China, Australia and Canada.

Albo Climate will take a cut of any carbon credit dollars paid into the marketplace.

A pivot from mosquitoes

Albo Climate started out with a different planetary scourge in mind: eradicating the malaria- and Zika-carrying mosquitoes known as Aedes albopictus. The “albo” part of the mosquito’s name was adopted by Amselem’s company

“We used satellite imagery to identify bodies of water, which is where mosquitoes start their lives,” Amselem tells ISRAEL21c. “I wanted to save the lives of the million people a year who get malaria.”

Albo was one of a handful of companies selected to join the TechStars  accelerator. The TechStars team encouraged Amselem to pivot to the climate arena. After all, mosquitoes affect millions of people, but climate change affects billions.

For more about Albo Climate, click here.

Produced in association with ISRAEL21c.

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