Program 01 · Lead commercialization

Control sooner.
Protect the operation.

CO₂-infused water systems under development for cooling, suppression, exposure protection and reignition control.

Illustrative training environment. Independent validation and protocol development continue.Plan a field evaluation →
Firefighters directing a hose at a contained training burn during a controlled response evaluation
FIELD VALIDATIONSC TECHNOLOGIES / CANADA
FIELD VALIDATION

Control the event.
Protect what follows.

Fire response is more than flame knockdown. Water demand, runoff, cleanup, equipment exposure, heat reduction and time to safe restart all shape the operational outcome.

FIELD OBJECTIVE / 04

Define the evaluation →
SCT / RESPONSE OBJECTIVE01 / 04
01 / CONTROL

Make the first outcome visible.

Track extinguishment time and heat reduction against the defined response environment.

OBSERVETime to control / heat reductionRECORDApplication conditions / baseline

Water + metered CO₂.
No conventional retardant added.

The development system dissolves metered CO₂ into water before application. The program is evaluating whether this controlled solution improves heat reduction, water use and reignition behaviour.

Site, runoff and incident-management requirements still apply. Environmental performance must be evaluated for each use case.
H₂OWATER+CO₂METERED INPUTCONTROLLED
TRANSFER
FIELDAPPLICATION
Airtanker making a controlled water drop over a contained forest-fire line
Illustrative aerial-response context · not field evidence

Ground crews are one layer.
Access changes the next.

Large-area incidents introduce a different operating question: how ground teams, aerial support, water logistics and recovery decisions work together around a defined objective.

SC Technologies’ fire program remains focused on measurable response outcomes. This aerial scene is illustrative, but it shows the wider context a future evaluation partner may need to bring into the brief.

Frame a response scenario →
Pallet after a Lakeland ETC comparative field trial
Lakeland ETC · comparative field record

Designed to compare.
Built to learn.

Small-scale work used a common rainwater base for untreated and carbonic solutions. Field-scale delivery followed with paired 200-gallon skid tanks.

The program remains preliminary. Repeatable protocols and independent participation are the next evidence gates.

Early screening footage · not an independent field trial

Three measures.
One operating objective.

Reported across the referenced Lakeland ETC test series. Absolute sample counts were not published in the source material available for this site.

0149%fewer reignitions
0251%less water used
0364%less time to extinguish
READ ASA directional test-series signal

Relative outcomes reported within the described Lakeland comparative work.

DO NOT READ ASA universal performance claim

Repeatability, independent review and application-specific performance remain open evidence gates.

Review the evidence context →

Bring the scenario.
Define the proof.

A useful evaluation is built around a real response environment, a relevant comparison and a decision the evidence can support.

01SCENARIO

Defined fire environment

Fuel, structure, exposure, water supply, equipment and incident constraints.

02COMPARISON

Relevant baseline

A matched water source and current response method suitable for comparison.

03MEASURES

Decision-grade outcomes

Control time, heat reduction, water demand, reignition and recovery conditions.

04PARTNER

Operational participation

A qualified site, safety ownership, test oversight and a path to review the record.

GOOD FIRST CONVERSATION

You have a real operating challenge and can help define the evaluation environment.

Plan a field evaluation →

Bring us a response challenge.
Design a field evaluation.

Fire services · Emergency training centres · Industrial operators · Equipment partners

Discuss a fire-response evaluation →