# Patrick Curran

Patrick Curran writes about bringing industrial water technologies from pilot projects to dependable commercial use, with a focus on readiness, manufacturing, field integration, and long-term operation.

- Profile: https://b2binfluencer.marketing/creators/patrick-curran/
- LinkedIn: https://www.linkedin.com/in/patrick-curran-5446883
- LinkedIn followers: 24,599
- Based on 12 dated posts, latest 2026-10-08

## Summary

Patrick Curran is most useful for testing industrial water technology commercialization readiness before a first utility-scale deployment.

- Best for: A water technology company preparing a first utility-scale deployment.
- Not for: A home water-filter brand seeking short-form video and broad lifestyle reach.
- Check first: Confirm audience analytics by industry, job function, seniority, company size, and geography.

### Takeaways

- Readiness is set by the weakest layer, not the best result.
- A customer's approval only proves what their tests could see.
- Pilot with curiosity, not desperation.

## Main ideas

- **Readiness is set by the weakest layer, not the best result**: Curran argues that a technology does not have one Technology Readiness Level but at least five: whether it works, whether you can manufacture it consistently, whether you can build a reliable system around it, whether it integrates into the customer's plant, and whether it survives long-term operation. The lowest layer governs. Developers report the highest layer and call it the TRL; Curran sees that as how capital gets wasted. The practical test they offer readers is the gap between the highest and lowest layers.
- **A customer's approval only proves what their tests could see**: Curran distinguishes acceptance from readiness. A sophisticated buyer's inspection and approval show that their tests found no problem, not that the technology is dependable. Approval only proves the gaps were not visible in the tests they knew to run. The deployment risk lies in what the buyer did not think to check.
- **Pilot with curiosity, not desperation**: Curran's rule is to avoid a first customer who needs the system to work. Desperation sounds like commitment but leaves no room for the learning curve: valves fail, modules foul, and controls need tuning. They want operators engaged enough to call when something looks off and treat the system as their own, regardless of executives' approval, and a genuine route to procurement—not a showcase that generates press but never buys. Their test: will the site tolerate trial and error, are operators and engineers engaged, and is there a real path to commercial deployment? If any answer is no, walk away, even for a very large customer.
- **The site can fail the technology, not the other way round**: Unstable conditions destroy a pilot's value. If the process swings beyond the operating window, the trial teaches nothing, and the failure gets attributed to the technology. Curran says to test the site's stability before committing: a pilot validates the technology, commercial case, operations, and organization.
- **Resistance to a new technology is usually rational, not lazy**: Curran frames the incumbent's position as earned, not unfair: years of evidence, trained operators, engineers who know how to design around it, available spares, reference installations, and a familiar picture of what breaks, how often, and at what cost. Choosing it is sensible based on the information a customer has; a new technology does not deserve adoption just because it looks better on paper. Being better gets you into the race; proving it gets you across the finish line.
- **Supply risk is the strongest commercial argument for recovery**: When Curran writes commercially, the lead argument is procurement and cost, not environmental compliance. They position recovery as a supply-chain decision—independence from virgin acid when it is riskiest to depend on it—and offer rental and off-site processing to customers who cannot commit capital or host the equipment. This is the group's only direct product pitch rather than a general framework; buyers should ask for evidence behind the performance figures, which are company claims, not independent findings.

## Work to read

- [Five Layers of Commercial Readiness](https://www.linkedin.com/posts/patrick-curran-5446883_watertreatment-industrialwater-commercialization-activity-7513960768057376769-3Q_Y)
- [Client Approved It. It Still Wasnt Ready](https://www.linkedin.com/posts/patrick-curran-5446883_client-approved-it-it-still-wasnt-ready-activity-7510750705813676034-PooU)
- [Are you ready #19? The Wrong Early Adopter Can Kill Your Technology](https://www.linkedin.com/posts/patrick-curran-5446883_are-you-ready-19-the-wrong-early-adopter-activity-7440466010174033920-wTH6)
- [The Incumbent Technology Has Earned Its Advantage](https://www.linkedin.com/posts/patrick-curran-5446883_technologycommercialization-innovation-technologyreadiness-activity-7496210620103581697-wuto)
- [Acid Recovery and Purification](https://www.linkedin.com/posts/patrick-curran-5446883_acid-recovery-and-purification-activity-7454886562087211008-EP4Q)

## Brand relationships

- **Regent Water** (disclosed_partnership)

## Partnerships

Patrick Curran's posts do not describe a creator sponsorship or media-partnership program. None of the five posts states a rate card, sponsored-format policy, disclosure practice, audience specification or partnership inquiry route. The only commercial offer is a services offer, not a creator placement: one post describes Regent Water's acid recovery, neutralization and zero-liquid-discharge systems for lead-acid, lithium-ion and zinc battery operations, using "we" in Curran's first-person voice. It says the systems recover 85-95% of spent acid for reuse, eliminate disposal hauling and give battery operations independence from virgin acid supply. It also names two commercial options alongside the core system: equipment rental for operations not ready for full capital expenditure, and an arrangement in which a processing partner network takes spent acid when on-site recovery does not fit. These are buyer-side engineering and service decisions; a brand cannot use this section to build a budget or deliverables list for a paid placement. Ask directly whether Curran accepts sponsorships or paid partnerships, and for terms, before proposing anything.

## Alternatives

- Devin Bhushan: Choose Devin Bhushan when the readiness problem becomes a factory-floor throughput problem. The two posts available argue that AI should take over the manual work of process improvement. One describes an agent that watches eighteen minutes of a changeover and returns a full time-and-motion study classified against the seven wastes. The other is a hiring post for a Head of Lean Six Sigma whose job is to judge which process is actually costing money. For a water technology company whose real constraint is line balance, changeover time or hidden manual labour between order intake and finished good, that lands closer to the work than a five-layer readiness scorecard. Bhushan also names the limit plainly: point the camera at the wrong line and you optimise a step that was never the bottleneck.
- Cindy Carter: Choose Cindy Carter when the obstacle is people and site leadership rather than the technology score. One post describes twenty years training teams at more than 40 manufacturing sites on HACCP, ISO systems, GMP, EHS and process improvement. It concludes that the difference between an average and a world-class factory was rarely technology — it was people who wanted respect, to understand why their work mattered, and leaders who listened. A second describes a site earmarked for closure where asking different questions instead of executing the closure led to a management buy-out; the site still operates. That speaks directly to a failure mode Curran identifies: executives approve pilots, operators decide whether they survive. Where the first utility-scale deployment is really blocked by workforce capability, adoption or a site leadership decision, Carter's material is the closer match.
- Anand G: Choose Anand G when the campaign needs to show a water treatment system delivered and running rather than analyse whether one is ready. The posts announce a first membrane bio-reactor unit being loaded for commissioning at a footwear manufacturer in Ranipet, with claimed effluent quality, small land footprint, reuse potential and compliance. They separately report progress on a housing development in the Oragadam industrial corridor near Chennai. For a supplier seeking visible installation proof in an industrial water market, or a buyer who trusts commissioning milestones over a readiness argument, this is a different kind of evidence from Curran's.

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AI-assisted summary of public posts. Audience demographics are not available. Engagement appears only where we checked recent posts. Method: https://b2binfluencer.marketing/methodology/