Transforming Emission Challenges into Profitable Solutions
Engineered Excellence for Environmental and Financial Benefits
Carbon Capture, Utilization, and Storage (CCUS) in overdrive.
ESCo2 is committed to helping Producers reduce greenhouse gas (GHG) emissions, including methane and carbon dioxide, by deploying sustainable capture techniques through our on-site Emissions Mitigation Services (EMS). Our innovative approach integrates advanced scientific engineering with cutting-edge technologies, including cryogenic processes, to efficiently capture and convert unwanted emissions into valuable resources.
At ESCo2, we pride ourselves on our commitment to engineered excellence, creating solutions that not only address environmental challenges but also drive financial success for our clients. Our unique technology and sustainable practices are designed to effectively reduce emissions while transforming waste into valuable resources.
By integrating ingenious technology with a focus on environmental responsibility, we help businesses achieve their sustainability goals and enhance their bottom line. Experience the dual benefits of our solutions - where environmental stewardship meets financial advantage.
with the ESCo2 Converter
BEYOND THE FLAME
The ESCo2 Converter offers a groundbreaking solution to capture and utilize flared gas, transforming a harmful waste product into a valuable resource.
Our proprietary solutions, developed through rigorous research, have been crafted to enhance recovery rates and efficiency in the operation of gas capture units. These cutting-edge advancements not only convert unwanted emissions into valuable resources, but they also signify a leap forward in precision engineering.
One of the key benefits of our solutions is the ability to transform emissions into profits by repurposing captured flare gas. This process enables producers to monetize emissions, thereby providing a significant financial advantage.
Services
Connect to the Smokestack
Deliver and retrofit the ESCo2 Converter (ESC) to the plant's emissions or flaring stack for processing. The ESC is delivered in 250 - 1000 MCF units within shipping containers. Depending on the volume of emissions, multiple containers may be required.
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Process Captured Gases
Scrub and split the gases in the emissions and clean individual gas to 99.99% purity via mass spectrometry. During this process all particular matter is removed to ensure no particles are released in the air.
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Liquefaction and Storage of Gases
Liquefy the clean gases with proprietary techniques and pump to cryogenic storage tanks.
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Commercialisation
Sell liquefied gas on the market or transport the liquefied gas to a regasification plant for resale to end consumers.
Learn MoreESCo2 Technology
Our cutting-edge ESCo2 Converter with AI machine learning and Quantum Sensing technology transforms GHGs by capturing valuable gases and repurposing them into commercially usable Reclaimed Gases (RGs) for distribution to consumers.
As greenhouse gas emissions (GHGs), particularly carbon dioxide (CO2) and methane (CH4), serve as a critical measure of environmental performance - the "E" in ESG. ESCo2 is a significant investment opportunity for Producers in ESG compliance.
CONTEXT
With the growth of the responsible investment movement, ESG considerations are increasingly viewed as a core part of corporate fiduciary responsibility globally.
ESCo2
ESCo2's business model is designed to assist upstream and midstream energy companies in reducing emissions and capturing gas that would otherwise be aired or flared (wasted). By converting these emissions onsite to a usable commodity, we help Producers meet stringent criteria for generating verified carbon emission credits, enhancing their environmental impact ("Environmental Factor").
Articles
Mobile and decentralized CO2e capture technology, such as cryogenics provided by ESCo2, Ltd. CCUS costs range from $11(carbon only) to $7 per metric ton after the removal of other CO2e gases.
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Cryogenics, a field of science that deals with the production and behaviour of materials at extremely low temperatures, has emerged as a potential solution for mitigating greenhouse gas emissions.
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With its multifaceted advantages, cryogenic emission capture is poised to transform industries worldwide.
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Effectively integrating EVs into the existing energy infrastructure while addressing peak time energy demand, limitations of renewable energy, and the continued use of fossil fuels requires a comprehensive understanding of the complexities involved.
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This article explores the reasons why the world cannot entirely dispense with fossil fuels in the current century and emphasizes the importance of investing in advanced technologies for the clean and responsible management of greenhouse gas emissions.
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- info@esco2.com
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