What is the main environmental issue our project addresses?
Sargassum blooms are a growing environmental challenge, smothering coral reefs, mangroves, and seagrass beds by blocking sunlight, while entangling marine life and disrupting nesting sites for sea turtles and seabirds. Over the past decade, these blooms have increased by 600%, with over 1.3 million tons washing ashore in 2021 alone, affecting ecosystems and the livelihoods of 300,000 people in the Caribbean.
At the same time, organic green waste like palm fronds and yard debris makes up 33% of global landfill waste, releasing methane—a greenhouse gas 25 times more potent than CO2—during decomposition. Together, these challenges demand urgent, sustainable solutions to protect ecosystems and combat climate change.
What is the total environmental benefit our solution could have if fully scaled?
Fully scaling our solution could upcycle 1 million tons of sargassum and green waste annually across the Caribbean and Latin America. This would prevent significant methane emissions, sequester 1 million tons of CO₂ equivalent, and enhance soil health to support food security. By turning waste into biochar and compost, we provide a scalable, sustainable model that mitigates climate change, supports ecosystems, and strengthens coastal communities globally.
What makes our biological formula the key to safe, sustainable waste solutions?
Our biological formula, powered by Effective Microorganisms (EM), represents a breakthrough in waste management. This advanced solution is specifically engineered to target and neutralize harmful heavy metals—such as arsenic, lead, and mercury—often present in sargassum and other organic waste. By improving the efficiency of composting and upcycling processes, we effectively address the hidden danger of toxic metals, setting us apart as leaders in sustainable, eco-friendly technologies.
In addition, our formula mitigates the risk of heavy metal contamination, playing a critical role in restoring coastal ecosystems and safeguarding local communities' livelihoods. The end products—biochar and compost—are safe for agricultural use, helping to promote food security, enhance soil health, and drive economic stability for vulnerable populations.
How does our carbon credits ensure transparency and real impact?
Our carbon credits are certified by the Gold Standard, an independent accreditation known for its rigorous safeguards and best-in-class sustainable development measures. Gold Standard ensures that every project not only reduces greenhouse gas emissions but also contributes to at least three of the United Nations’ Sustainable Development Goals. In fact, our projects support five of these goals, creating measurable benefits for both the environment and local communities.
By choosing Gold Standard, we guarantee that our credits drive meaningful, transparent impact, giving our purchasers confidence in the positive changes they help support.
How do I purchase Grogenics' carbon credits, and what happens next?
Your purchase of Grogenics’ carbon credits does more than offset emissions—it drives meaningful change. By funding 100% of our projects, your support fuels innovation in research, operational excellence, and critical infrastructure, while empowering the communities we serve.
To make a purchase, simply reach out to us directly. Once completed, you’ll receive a personalized certificate via email, confirming the environmental impact of your contribution and ensuring full transparency. Retirements are made in real-time in the Gold Standard public registry for complete traceability.
As a valued changemaker, your support will also be proudly featured on our website, celebrating your commitment to global sustainability and positive impact.
How does Grogenics compare to other methods of CO2 removal?
Our approach stands out by offering a multi-benefit solution that goes beyond traditional CO2 removal methods. Unlike carbon capture and storage or direct air capture, we upcycle organic waste—such as sargassum and green waste—into biochar and compost. This process not only sequesters carbon long-term but also reduces methane emissions, restores coastal ecosystems, and supports regenerative farming. We create a closed-loop system that provides lasting environmental and community benefits.
How does the project benefit the local community?
We empower local communities by creating green jobs, supporting small-scale farmers, and working with local organizations to distribute compost and biochar. For example, we collaborate with a nearby orchard that employs 150 women, directly supporting local livelihoods.