Industrial liquid CO₂
The first CO₂ product target in both configurations. Grade, volume and delivered terms are set site by site.
Industrial carbon infrastructure
Capture emissions.
Create products.
ESCo₂ is developing modular systems that recover CO₂ and, on suitable mixed gas streams, methane at the source. The commercial goal is buyer-qualified liquid products and a measured emissions outcome from the same asset.
We're not ending oil. We're ending emissions.
Engineering and prototype validation stage
01 / CAPTURERecover gas at its source.
Reduce release of CO₂ and, where applicable, methane.
02 / SELLQualify physical products.
Match output grade, volume and delivery cost to local buyers.
03 / MEASUREProve the outcome.
Reconcile metered inputs, outputs and operating energy.
The opening
Wasted gas meets fragile supply.
Industrial sites release molecules with material and energy value. Gas buyers need reliable local supply at an agreed grade and delivered price. ESCo₂ is building a bridge between these two markets.
167 bcm
Gas flared globally in 2025, according to the World Bank. It estimated the gas value at US$54 billion.
World Bank, 2026
2018 / 2021 / 2026
Years when UK CO₂ supply failures required government intervention. Resilience depends on location, storage and logistics.
UK DBT and Defra, 2026These are market signals, not ESCo₂'s addressable volume. Every project has to pass its own feed, energy, product and offtake tests.
From source to product
The route starts with the gas in front of us.
ESCo₂ is engineering a modular route from industrial exhaust to liquid CO₂. Suitable mixed gas feeds can add methane recovery. Each site must prove the product quality, energy demand and local buyer route before commercial deployment.
Explore both configurationsESCo₂ / PROCESS CONCEPTSITE-SPECIFIC
01Industrial exhaustSite feed
02PretreatmentCondition the site stream
03Liquid CO₂Industrial grade target
04 / OPTIONCH₄ recoverySuitable mixed feeds
CO₂ PRODUCT ROUTE+ METERED EVIDENCE
Process illustration only. Feed, product quality and performance require site testing.
The platform
Two configurations.
One site-led decision.
Feed composition sets the process route. The CO₂-only configuration ends after liquid CO₂ recovery. Suitable mixed gas feeds add a methane recovery stage.
Industrial exhaust to liquid CO₂
Designed for CO₂-bearing exhaust, with pretreatment sized to the actual feed. Industrial liquid CO₂ is the first product target.
Target outputIndustrial liquid CO₂
FeedIndustrial exhaust
ConditionPretreatment
RecoverLiquid CO₂
DeliverStorage + offtake
Mixed gas to two product streams
For suitable associated or flare gas, the design adds methane recovery after liquid CO₂. Both outputs need formal testing against buyer specifications.
Target outputsLiquid CO₂ + methane-rich liquid
FeedMixed gas
ConditionPretreatment
RecoverLiquid CO₂
ThenCH₄ recovery
DeliverSeparate storage
The system is designed for modular factory build and site integration. Feed variability, contaminants, power, heat rejection, safety and storage remain site engineering tasks. The diagram is conceptual.
PROCESSPhysical gas recovery
Target liquid products at the source, subject to qualification.
CONTROLESCo₂ design authority
Engineering, manufacturing and software interfaces are governed through ESCo₂.
EVIDENCEMeasured mass balance
Credit eligibility follows a separate verification pathway.
Product strategy
Sell what the plant proves.
Upgrade the grade.
Product revenue depends on buyer acceptance, storage and delivery economics. A claim about emissions is measured independently from a gas sales contract.
Baseline target
Methane-rich liquid
An additional product route on suitable mixed gas feeds. Composition and sales specification require engineering and buyer qualification.
Measured emissions outcome
Metered inlet, outputs and operating data support an auditable balance. Carbon-credit eligibility requires an approved methodology and independent verification.
POTENTIAL LATER QUALIFICATION
Discuss product requirements Higher specification markets
Food and beverage CO₂, medical CO₂ and LNG are potential routes only after additional processing where needed, testing, certification and buyer acceptance. They are not the baseline product claim.
MARKET EXPLAINER
Explore product markets Why CO₂ and methane matter beyond the emissions debate.
Explore current uses, emerging applications, quality standards and the outlook for both product routes.
Measurement
The asset has to show its work.
ESCo₂ is developing an AI and MRV layer for control, operating evidence and reporting. The physical balance remains the starting point.
01
What enters: flow, composition and site conditions.
02
What is produced: volume, quality and delivery records.
03
What the unit uses: power, availability and operating data.
04
What can be claimed: an auditable mass balance, with credit eligibility tested separately.
Strategic carbon-market partner
Enterprise
Carbon Corp
ESCo₂ builds the physical capture asset and its metered operating evidence. Our collaboration with Enterprise Carbon Corp (ECC) connects that evidence to carbon-market methodology and project development for eligible sites.
Any credit claim requires a suitable methodology, project-specific assessment and independent verification. No credits are assumed or represented as issued.
See ESCo₂ on ECC’s partner pageCommercial model
A host, an asset and a buyer.
Three agreements must work together at each location. Project capital follows evidence, contracts and offtake, not a generic fleet forecast.
Industrial host
Provides agreed feed, physical access and site integration. Receives a measured route to lower emissions and waste.
ESCo₂ asset
Develops and operates the unit through a project structure. Financing and responsibilities are agreed for each site.
Product buyer
Accepts a defined grade, volume and delivery route. Local netback after operating and logistics costs determines project economics.
For industrial hosts
Turn a site liability into a qualification project.
ESCo₂ is pursuing financed, operated assets at suitable sites. The structure can reduce host capital burden, but commercial terms, utilities and integration responsibilities must be agreed case by case.
Submit a site for reviewWhat starts a credible site review
- Source, location, gas flow and composition
- Contaminants and variability
- Power, utilities, land and site rights
- Storage, transport and local product demand
We screen the feed and market before selecting a configuration or stating a recovery target.
For product buyers
Start with the required grade and delivery route.
Industrial gas buyers, distributors and energy users define the acceptance criteria. ESCo₂ then tests whether a nearby host can meet those specifications at a viable delivered cost.
Discuss offtake01Product and grade
What quality and assay are required?
02Volume and timing
What is the demand profile and contract term?
03Delivery region
What storage and transport route is practical?
For capital partners
Prove the first asset. Finance each project.
Seed capital is intended to establish the engineering team, build and test the prototype, develop measurement software and support the first paid pilot. Later commercial units need site rights, offtake and their own project finance.
Request an investor discussion01Prototype evidence
Feed duty, product assays, power and reliability.
02Paid site pilot
Commissioning, host terms and measured operation.
03Contracted rollout
Buyer acceptance and project capital before scale.
Current stage
Proof before scale.
ESCo₂ is in engineering and commercial development. The next milestones are prototype evidence, a paid site pilot and contracted offtake.
01 / NOWDesign authority
ESCo₂ directs the technical basis and supplier interfaces.
02 / NEXTPrototype and factory test
Verify duty, safety, product and operability.
03 / TARGETPaid site pilot
Test the unit on an agreed feed with a real buyer route.
04 / TARGETFirst commercial contract
Commit capital when site, product and finance gates pass.
A manufacturing MOU is in place with Harris Thermal; the detailed development scope is being negotiated. ESCo₂ has selected Warp for the AI and MRV development workstream, with direct contracting to be completed. Enterprise Carbon Corp publicly lists ESCo₂ as a partner for the carbon-market pathway.
No commissioned ESCo₂ plant or executed gas offtake is represented here.
Company
Accountable leadership from design to deployment.
ESCo₂ Group is an industrial carbon infrastructure company. The executive team covers platform strategy, science, field delivery and capital.
Chris GreylingFounder & CEO
More than 40 years in executive leadership, with two exits. Leads ESCo₂'s platform architecture and commercial direction.
LinkedIn
Dr. Ayham AmmoraCo-founder & CSO
More than 30 years across global energy markets, industrial transformation and frontier technology. Leads scientific and strategic architecture.
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Richard DonnellanCo-founder & COO
More than 20 years in oilfield deployment. Leads commercial deployment and field execution for ESCo₂.
LinkedIn
Leo KirbyCo-founder & CFO
More than 30 years in project finance and institutional capital. Leads capital architecture and project bankability.
LinkedInStart a conversation
Bring the feed. Bring the demand. Bring the question.
Industrial hosts, gas buyers, capital providers and engineering partners can start with the essentials. We will route the discussion to the right team.
GENERAL ENQUIRIESinfo@esco2.com