About Violet4Earth
“Civilizations don’t fall when the sky burns, they fall when the ground beneath them turns to dust." Dr. Erica Gelsey, Inventor
Our team faced a major setback when a previously awarded $2.7 million federal grant for our in‑situ Violet4Earth four‑layer soil restoration and carbon‑sequestration pilot study was unexpectedly withdrawn by the Trump Administration in 2025. The project was fully prepared for deployment, and the loss of funding created a profound operational and financial shock for our founder and the scientific community..
Despite this disruption, Violet Earth remained committed to advancing climate‑restoration technologies. The experience strengthened our resolve, sharpened our strategy, and reinforced why independent, science‑driven innovation is essential for global environmental progress and restoration.
Our founder, Dr. Erica Gelsey, Environmental Toxicologist, continues to develop patent‑pending systems that transform dead soils, convert building façades and coastal waters into active climate infrastructure — capturing CO₂, while restoring marine function, and restoring agricultural grade soils. rich in moisture and microbial life.
Violet Earth designs systems that are safe, monitor-able and compatible with existing buildings, agriculture, and marine environments — enabling measurable climate services without engineered organisms or bioactive compounds. Our 4-composite soil film removes micro plastics and forever chemicals while restoring carbon sequestration deep in the earth.
Violet Earth develops patent‑pending systems that transform façades and coastal waters into active climate infrastructure — capturing CO₂, restoring marine function, and generating decision‑grade data. It is my vision that one day disease may be eradicated by simply feeding our soils and water the disease fighting enzymes and antibodies our immune systems need to adapt to changing environments.
A message from our founder, Dr. Erica Gelsey
“For more than three decades, beginning in the late 1980s, the U.S. military has conducted extensive research, modeling, and planning around climate change. During my career, I authored the first Climate Action Plans for multiple U.S. Army and Navy installations around the world. The military set the standard that state agencies and private industry would later follow, because the science was clear and the risks were real.
To see climate change publicly dismissed as a ‘hoax’ undermines decades of evidence‑based work and misleads the very people these plans were designed to protect. My life’s work has been dedicated to safeguarding public health, and I remain committed to leaving behind a legacy of meaningful corrective action for my children and for future generations.
We are living through environmental changes that are measurable, observable, and accelerating. Recognizing these realities is not fear‑mongering—it is responsible stewardship. If we fail to acknowledge the challenges before us, we limit our ability to respond effectively. Humanity has the intelligence and the tools to correct our course, but only if we choose to act with clarity, honesty, and purpose.”
About
My name is Dr. Erica Gelsey, Inventor/Founder
Dr. Erica Gelsey served as an Environmental Toxicologist and Infectious Disease specialist with the U.S. Department of Defense, working across the Army Corps of Engineers, Naval Sea Systems Command, and the Air Force. Over the course of her career, she traveled the world designing and implementing soil, groundwater, and air remediation systems for EPA Superfund Sites. Her work placed her at the center of the testing, discovery, and development of the most protective environmental and public‑health standards adopted between the 1980s and 2015—a period during which the United States led globally in scientific rigor and regulatory oversight.
Today, her commitment to safeguarding human and ecological health has only deepened. As environmental pressures intensify, Dr. Gelsey remains focused on advancing solutions that strengthen resilience, restore damaged systems, and protect future generations.
Founder’s Statement
“I believe the built world and the blue world are two of the most underutilized climate assets we have. Urban surfaces and coastal waters represent trillions of square meters of potential climate infrastructure. At Violet Earth, we design systems that replace plastics, remain safe and monitorable, and integrate seamlessly with existing buildings and marine environments—delivering measurable climate services without engineered organisms or bioactive compounds.
Restoring dead soils is essential. Healthy soils sequester carbon, support biodiversity, and produce nutrient‑rich foods that sustain human health and the broader ecosystem. Reversing soil degradation is not optional; it is foundational to our survival. If we fail to rebuild these systems, we risk losing not only the ecosystems we depend on, but the future we hope to leave behind.
My work has always centered on protecting public health. Violet Earth is the continuation of that mission—science‑driven, solutions‑focused, and committed to ensuring that humanity and the natural world can thrive together.”
Our Story
In 2017, I was trapped in a large PG&E‑caused wildfire that devastated my Northern California home and business, with recurrent massive fires continuing annually through 2021. Unable to obtain business, personal and auto insurance after 7 fire claims. I was forced to flee California in 2021. Following relocation to Hawaiʻi in 2021 due to fire‑related injuries, I revisited a prior experimental concept involving purple‑spectrum greenhouse films I have spent years working on..
After escaping 7 separate massive fires, I noticed a strange correlation in the fire behavior; very low to the ground and moving like a river down the dry dead hillsides of Sonoma County. During a review of soil science literature, I noted that the term “dead soil” is not formally defined; instead, descriptors such as eroded, barren, sterile, or mineral soil are used. However, field observations clearly indicated soils lacking organic matter, microbial activity, and structural integrity are dead soils globally.
Conventional U.S. agricultural practice relies on clear or black polyethylene mulches to enhance soil humidity and moisture retention, though these materials may contribute to soil contamination. To avoid this, I pursued a non-plastic, biodegradable, food‑starch‑based purple film. Preliminary screening identified nightshade‑derived starch pigments as suitable for this application.
Recognizing that a single film layer would not restore severely degraded soils, I tested multi‑layer strata configurations. My prior experience with in‑situ bioremediation—where microbial injections can require 50–100 years to treat contaminated soils—highlighted the need for more rapid, integrated soil‑recovery approaches. I began to test composite materials that slow the degradation of the purple starch layer, added a local sourced volcanic ash layer, a retinol layer (to keep the microorganisms from eating the purple starch film), and the composite intellectual property 'bug' layer formulated specifically to the contaminates in the soil. These studies were completed in controlled boxes, with effluent collected and tested.
An energized glass facade was not the original intention of putting Violet4Earth in a composite glass system. The gel degraded and changed color, with the carbon degrading rapidly. Moving to the Ionogel and creating electrochemical DAC panels with a conceptual AI Process Logic Control System as an entire building facade absorbing and processing carbon from the environment is an exciting addition to our product development and research.
In Hawaii, 300,000 handmade mud balls, called Genki Balls, tennis ball-sized spheres made from a mixture of clay soil, rice, bran, molasses, water and a solution of Effective Microorganisms have been deployed in the Ala Wai canal since 2019. Sadly, a recent study in 2025 by the Hawaii Pacific University has shown this method to be ineffective in treating contamination and digesting sludge.
I decided to take a different approach in both scale and operation, Creating the effervescent ocean Self-dissolving benthic reactor disks for destratification (the process of mixing stratified air or water layers to eliminate temperature gradients), nutrients, albedo, microplastic capture. I like to call it a giant "Alka-Seltzer" for the ocean. Cooling the oceans temperatures and possibly correcting the jet stream.
Driven in part by newly released studies finding microplastics and forever chemicals in our food and water. I applied for a grant with the U.S. Federal Government and was awarded $2.7 million in 2024, commencing 2025. Losing our funding and having this branch of the federal government completely eliminated was a devastating blow to our team. We now must start over and attempt to obtain funding through private sources to complete our research and meet our goal for installed product line by 2028-2029.
We are excited to still be a part of the World's scientific community, even if the United States does not want our technology, we hope to find a home on planet Earth with like minded human beings.