Gas input
Metered source and pressure
Technology foundation
Controlled transfer.
Defined performance.
A modular mass-transfer platform that combines metered CO₂, water chemistry and delivery hardware around a specific operating duty.
Platform descriptions are developmental and application performance requires validation.Discuss an integration →
WORKING DEVELOPMENT PLATFORM
Operating principle
One system.
Every variable connected.
Development begins with the duty—not an abstract performance claim. Gas source, water source, target chemistry, flow, pressure and delivery hardware are evaluated together.
Publicly, the category is CO₂-infused water. Technically, the work is controlled gas-in-water mass transfer.
Water input
Known source and condition
Transfer
Flow, pressure and contact
Delivery
Application-specific hardware
Measure
Relevant control and outcome
DEVELOPMENT LOGIC
Configure around the duty.
Useful stability, modular configuration and application economics are development questions—not universal claims.
- A Define success and constraints
- B Configure transfer and delivery
- C Compare against a relevant control
Equipment pathway
Prove small.
Integrate with purpose.
Development spans compact research hardware, portable field evaluation and scalable inline concepts. Each configuration is a gate, not a promise of deployment.
CONFIGURATION PATH
Review the integration boundary →
SCT / EQUIPMENT PATHWAY01 / 03
01 / COMPACTSingle-module working configuration.
A compact research configuration for controlling inputs, observing the transfer and defining an operating window.
OEM & equipment integration
Define the boundary.
Then engineer the interface.
A credible integration starts by separating what the partner owns, what the SC Technologies platform controls and what the combined system must prove.
What already exists
- Water source and available utilities
- Equipment architecture and materials
- Flow, pressure and safety constraints
- Operator and service requirements
What is configured
- Metered gas input and control
- Transfer geometry and contact conditions
- Solution monitoring and operating range
- Delivery interface for the defined duty
What must be proven
- Target effect against a relevant control
- Stability across the operating window
- Materials and equipment compatibility
- Economics and route to field support
USEFUL FIRST INPUT
Start an integration review →Bring the equipment architecture, target duty and required operating window.
SC Technologies can then help frame the transfer, delivery and validation questions that belong inside the first working configuration.
Development record
Control the inputs.
Record the output.
A reading is a record—not a conclusion. Operating context, repeatability and the relevant comparison remain essential.
DEMONSTRATED
Working equipment, controlled inputs and recorded solution conditions.
APPLICATION DEPENDENT
Performance, stability, delivery architecture and operating economics.
NOT YET ESTABLISHED
Universal performance, permanent carbon removal or broad deployment readiness.
Advance the work with us.
Bring us a defined duty.
Explore an equipment integration.
OEM partners · Process engineers · Research institutions · Industrial operators