Outlet quality, variability, uptime, downstream compatibility and operating burden.
Industrial-water pilots · Evidence → economics → responsible claims
Treatment performance is only the first proof.
GELTTECH frames field pilots so operators, financiers and sustainability teams can evaluate the same evidence—without confusing a treatment result with an ESG claim.
Independent evidence, defined performance boundaries, allocated risk and full-cycle economics.
Traceable metrics, basin context, clear limitations and no double counting of outcomes.
01 · The adoption gap
Promising technology can still be difficult to adopt.
Technical providers often describe mechanisms and removal rates. Decision-makers need a different package: locally relevant performance, independent assurance, commercial consequences and a clear allocation of risk.
Evidence that survives changing water
A representative operating envelope—not a single favorable run.
Evidence that can support a decision
Costs, responsibilities, failure modes and performance risk stated in business terms.
Evidence connected to place
The water destination, basin pressure and affected stakeholders determine what the result means.
Market-entry filter
Advance only when the evidence supports at least one hard improvement: lower full-cycle cost, greater usable capacity, higher recoverable value or lower operating risk.
02 · A defensible evidence chain
From water pressure to responsible reporting.
Science-based target methods can help companies interpret basin pressures and set action. Disclosure frameworks can organize how material impacts, risks, actions and metrics are reported. Neither framework certifies a treatment technology.
- 01Basin pressure
Define the location-specific water condition and material business exposure.
- 02Operating intervention
Specify the stream, treatment position and operational outcome being tested.
- 03Measured result
Generate paired water-quality, reliability, recovery and cost evidence.
- 04Independent assurance
Use fit-for-purpose methods, chain of custody and disclosed limitations.
- 05Responsible use
Translate only the verified contribution into finance, stewardship or disclosure.
GELTTECH’s immediate role is the intervention and evidence layer. The operator, water destination and basin context determine the wider outcome.
03 · What an industrial-water pilot must prove
One pilot. Three proof obligations.
The objective is a scale-or-stop decision—not a collection of disconnected technical results.
Establish the change
- Representative inlet and outlet quality
- Contaminant-load reduction and variability
- Analytical method, reporting limit and chain of custody
- Captured material, residuals and mass balance
Show that performance holds
- Throughput, residence time and pressure drop
- Uptime, interventions and upset response
- Media recovery, loss rate and reuse durability
- Downstream compatibility and safe bypass
Connect the result to a decision
- Consumables, labor, energy and waste
- Avoided treatment or disposal burden
- Protected downstream assets or recovered value
- Reuse or reporting relevance, where supported
What must the test include?
Oil and droplet behavior, salinity and TDS, solids and fines, iron and scale-forming minerals, temperature and residual treatment chemistry.
What must the test produce?
Paired inlet and outlet HEM, separation time, throughput, media recovery and loss, residuals, mass-balance closure and sensitivity across representative samples.
What determines scale or stop?
Does the outlet meet the agreed target? Does performance hold across variability? Can the system run continuously? Are media loss, operating burden and full-cycle economics acceptable?
04 · Application pathways under validation
One platform. Different water problems. Separate proof obligations.
GELTTECH is evaluating how functionalized magnetic media and magnetic separation may create value across several industrial-water applications. Evidence from one stream does not establish performance in another. Each pathway advances through application-specific chemistry, representative-water testing, recovery balances and economics.
Post-separator hydrocarbon polishing
Evaluate whether a modular polishing stage can reduce residual dispersed hydrocarbons, protect downstream treatment and create a measurable scale-or-stop decision.
Evidence required
Discuss a polishing stream →Paired inlet/outlet HEM, variability, throughput, uptime, media recovery and loss, residuals, mass-balance closure and downstream consequences.
Pretreatment hydrocarbon recovery
Evaluate whether magnetic capture earlier in the treatment train could recover hydrocarbon value or reduce the burden placed on downstream chemicals, separation equipment and waste handling.
Evidence required
Droplet and emulsion behavior, recovered-oil quality, interactions with existing chemistry, solids and residuals, media recovery and full-cycle economics.
Boundary: GELTTECH is not currently claiming replacement of demulsifiers, flotation, gravity separation or other established unit operations.
Discuss a pretreatment case →Selective mineral and metal recovery
Explore high-value brines and process waters where application-specific functionalization may support selective capture, concentration and recovery of targeted minerals or metals.
Evidence required
Selectivity under high-TDS conditions, competing-ion effects, capacity, kinetics, regeneration, recovered-product purity, media loss and economics per unit recovered.
Boundary: Hydrocarbon-removal results do not establish mineral-recovery performance. Each target requires separate formulation and validation.
Discuss a mineral target →Advance only when
Representative-water evidence supports lower full-cycle cost, greater usable capacity, higher recoverable value or lower operating risk.
05 · Claim boundaries
A treatment result is only the beginning.
Credibility depends as much on what is not claimed as on what is measured.
Hydrocarbon removal does not by itself establish water reuse, basin replenishment or community benefit.
Performance and economics from another industry or water matrix do not establish results on produced water.
SBTN, CSRD and ESRS relevance belongs to the company’s materiality, target and disclosure process—not to the equipment alone.
A pilot reduces uncertainty within tested conditions. It does not eliminate technical, commercial or regulatory risk.
06 · Basin context changes the meaning
Permian and Vaca Muerta: the same evidence discipline, different decisions.
Water ownership, infrastructure, chemistry, regulation, disposal constraints and acceptable destinations vary. The campaign does not assume that one basin’s business or stewardship case transfers to the other.
Start with the operating consequence.
Where does residual hydrocarbon create measurable cost, treatment instability, disposal burden or lost downstream optionality?
Start with the local deployment pathway.
Which operator, water destination, analytical baseline and regulatory boundary define whether polishing creates useful value?
07 · A staged validation pathway
Earn the field pilot one decision at a time.
Each stage should reduce a specific uncertainty before more capital, equipment or operating time is committed.
- 01Fit screen
Define the operating problem, treatment position, representative stream and value hypothesis.
- 02Sample baseline
Characterize the water, confirm safe handling and agree on analytical methods and acceptance criteria.
- 03Bench validation
Test removal, separation, dose, media recovery and sensitivity to the actual water matrix.
- 04Continuous-flow gate
Verify throughput, stability, pressure drop, recovery, reuse and intervention requirements.
- 05Field pilot
Run a bypassable side stream against agreed technical, operating and economic scale-or-stop criteria.
Progression is earned—not assumed. Any stage can produce a useful stop decision before unnecessary field deployment.
08 · Start with the decision
Which evidence gap is blocking action?
A useful first conversation begins with the decision—not with a generic technology pitch. Choose the perspective closest to your work.
Can this stream support a field decision?
Define the operating constraint, treatment position, representative water and scale-or-stop criteria.
Discuss an operating stream →What would make the project investable?
Identify the performance boundary, independent evidence, risk allocation and commercial language still missing.
Discuss assurance and finance →What can the result responsibly support?
Connect verified operational data to basin context, targets or disclosure—without turning equipment into an ESG claim.
Discuss water evidence →GELTTECH will help frame the evidence burden and the next testable step. If the technology or stream is not a fit, that should become clear early.