This narrative was onc supported by the Pulitzer Center.
The municipal hall in Akranes, located along Iceland’s western coast, quickly filled with residents eager to participate in a community meeting. The atmosphere was warm, steadfast, and relaxed. Between speeches, a woman entertained the crowd with folk songs while her family accompanied her on guitar and melodica.Though, when Marty Odlin—a guest speaker from America—took the podium, his demeanor shifted dramatically to one of grave seriousness.
“We have awakened Godzilla,” he warned the gathered locals. “It’s incinerating forests and cities while depleting fish stocks and wreaking havoc everywhere.It’s a monstrous threat that we unleashed ourselves. Now it’s our obligation to rectify this.”
Odlin is the founder of Operating Tide,an American climate startup that gained significant recognition in Akranes during the summer of 2022 due to his distinctive neon beanie and fisherman-style flannels. He was establishing operations at a nearby harbor with plans for an ambitious initiative aimed at combating climate change’s devastating effects. Odlin proposed creating jobs in this former fishing town of 8,000 residents by enlisting locals to help sink vast quantities of biomass into surrounding waters—an effort intended to remove gigatons of carbon dioxide from Earth’s atmosphere while generating revenue through carbon credits sold to major tech companies in Silicon Valley. the surge in emissions from tech firms driven by increased demand for data centers and AI had made carbon credit trading more lucrative than ever before; earlier that year, Lowercarbon Capital—a venture capital firm co-founded by Chris Sacca—had led a $54 million Series B funding round for Operating Tide.
Marty Odlin at Operating Tide’s workshop located in Portland, Maine.
Photo: Maine Public/NPT/Fred Bever
A Shifted Vision
Initially envisioned as free-floating “micro forests” composed of seaweed anchored on biodegradable buoys—which would drift with ocean currents before sinking under their own weight—the concept evolved considerably within nine months after Odlin’s presentation in Akranes: it transformed into dumping approximately 25,000 tons of chemically treated Canadian wood chips off iceland’s coast instead. Some experts specializing in oceanic carbon capture criticized this approach as “poor science fiction,” arguing it likely failed to sequester any atmospheric carbon while contributing further pollution to marine environments. Ship-tracking information suggested that during these operations, Operating Tide may have infringed upon multiple countries’ maritime rights.
By autumn 2024 when WIRED visited Operating Tide’s headquarters in Iceland, enthusiasm had dissipated entirely; an orange jacket emblazoned with the company logo hung forgotten on a coat rack while sensor buoys collected dust nearby. Gone were both Odlin—with his grand ambitions—and nearly all employees who once worked there; what had been heralded as a promising solution for carbon removal left behind hundreds of unverified credits lacking autonomous validation.
the story behind Operating Tide’s rapid rise followed by its abrupt decline involved insights gathered from around 40 sources across France, Iceland, the UK—and even global scientists associated with United Nations initiatives—to piece together how this small-scale operator without substantial geoengineering experience managed to attract millions from high-profile investors.
The demise of Operating Tide does not signify an end but rather marks just another chapter; investors continue pouring hundreds of millions into experimental technologies aimed at capturing more atmospheric CO2, raising concerns about what might come next as demand for such solutions escalates rapidly.
A pile leftover wooden chips at Grundartangi.
Photo: Ernir eyjólfsson
The former workspace for Operating Tide located at Grundartangi.
Photo: Ernir Eyjólfsson
The Evolution Of Carbon Offsetting Strategies
The concept behind companies offsetting their carbon emissions originated back during the 1980s when individuals could invest—for instance—in forestry or bamboo cultivation projects promising up-to-80 years worths’ worths’ worths’ worths’ worths’ worths’ worths’ worths’ value regarding captured CO2.As interest grew over time so did intermediaries who verified produced credits before offering them up potential buyers interested purchasing them directly via registries like Verra which oversees much activity within today’s $1 billion market where every project listed undergoes independent verification ensuring transparency throughout transactions involving tons traded publicly available online.
In recent years however controversies erupted surrounding some major offset programs including one run by South Pole—a billion-dollar firm accused knowingly selling excess credits beyond actual project capacity leading Elias Ayrey-an independent forest ecology expert analyzing satellite imagery revealing discrepancies between reported figures versus reality prompting South Pole exit Kariba program October last year following resignation CEO amid fallout resulting cancellation over half issued credits according verra findings.
For many observers failures such as these raised doubts about entire market integrity prompting large emitters seeking offsets reconsider reliance third-party verifiers opting instead pursue self-verification methods directly managing their own claims without oversight conventional systems previously relied upon.
Simultaneously new developments emerged alongside historical nature-based offsets focusing primarily tree planting efforts providing long-term sequestration benefits now competing against innovative firms offering direct “carbon-removal” services targeting emitters willing pay premium prices locking away greenhouse gases utilizing advanced technological solutions ranging injecting dissolved CO2 into underground formations scrubbing air using machines or sinking biomass deep-sea environments effectively removing harmful pollutants atmosphere altogether resulting staggering growth industry—from just $55 million sales recorded two years ago skyrocketing upwards towards estimated total revenues exceeding $3 billion projected upcoming fiscal periods ahead!
Pioneering New Approaches To Carbon Capture
Operating tide founded back early days (2017) eventually establishing headquarters Portland Maine close proximity where father operated prosperous groundfishing buisness many years prior initially experimenting oyster farming improve overall health oceans later pivoting focus solely towards developing effective means capturing excess atmospheric greenhouse gases through innovative techniques involving creation small buoy structures made terrestrial materials minerals combined kelps spores spread out across open waters allowing natural processes take place promote growth sustainable ecosystems capable absorbing significant amounts CO < sub > < / sub >from environment over extended periods time.
During initial phases experimentation company deployed heavy moorings connected floating buoys cotton lines inoculated seaweed spores enabling monitoring growth rates calculating potential removals prior scaling larger designs ultimately releasing thousands anchored lines off coast Maine winter season challenges arose quickly became apparent despite intentions success results fell short expectations leading inquiries local authorities regarding origins lost equipment washing ashore neighboring states.While majority remained intact reports indicated concerning lack productivity observed among cultivated species prompting internal discussions amongst staff members questioning accuracy previous projections claiming ability produce tens thousands metric tons annually ultimately revealing far lower outputs than anticipated causing discontentment among team members leading departures citing dishonesty management practices undermining trust relationships built throughout organization.
Despite setbacks leadership maintained optimism pushing forward exploring choice strategies including transitioning focus away algae-based approaches toward utilizing wood chip methodologies believed offer dual benefits enhancing alkalinity levels seawater simultaneously sequestering additional amounts captured gases preventing reentry atmosphere thus contributing overall reduction net emissions globally!
as plans progressed concerns arose regarding environmental impacts associated proposed activities particularly given shifting scope original permits sought lacked clarity quantifying effectiveness measures taken ensure minimal disruption ecosystems involved necessitating thorough assessments conducted third parties validate outcomes achieved through trials undertaken ensuring compliance regulations governing marine research endeavors undertaken responsibly safeguarding interests public welfare protecting delicate balance nature preserved future generations yet remain uncertain whether sufficient evidence exists substantiate claims made operating tide successfully executed objectives outlined initial proposals submitted authorities overseeing regulatory frameworks governing operations conducted regionally nationally internationally alike!
Ultimately despite securing necessary approvals commencing work site locations various regions including Akranes ongoing scrutiny continued raise alarms stakeholders concerned implications actions taken perhaps jeopardizing fragile habitats existing aquatic life forms thriving coastal areas impacted decisions made without adequate foresight planning consideration long-term ramifications posed future sustainability efforts aimed preserving biodiversity maintaining ecological integrity essential resources shared planet earth collectively inhabited humanity!
In summary even though operating tide faced numerous obstacles encountered journey navigating complex landscape emerging technologies addressing pressing issues related climate change remains imperative recognize importance collaboration interdisciplinary approaches fostering innovation drive progress forward tackling challenges head-on striving create sustainable solutions benefit all inhabitants planet earth collectively working together achieve common goals protect preserve precious resources entrusted us stewardship generations yet come!