Instrument & research partners

Build the measurement
with us.

We are building the plan for an in-house FogLab. Bring a sensor, calibration method, engineering capability or independent review that helps the first comparison become trustworthy.

In-house build planned. No collaboration, purchase order or completed experiment is implied.

The project we are building

FogLab will compare a powered collector with its identical passive geometry, measuring the change in upstream-normalized optical extinction. Weatherhill plans to develop and operate the apparatus in-house. The immediate deliverable is a qualified measurement chain and a bounded first experiment.

Specialists can contribute an instrument, calibration, design review, sizing service or independent analysis. An external laboratory can provide a service without hosting the entire program. The in-house build specification identifies the current requirements and unresolved choices.

What a contribution can deliver

  • A measurement decision: establish a usable wet-size range, optical uncertainty, pressure-loss envelope or emissions-monitoring capability.
  • A reviewable engineering package: drawings, specifications, interface requirements, calibration records and operating constraints relevant to the agreed scope.
  • A reproducible scientific record: traceable data, analysis code and documented limits, including null and adverse findings.
  • A commercial scope: a quotation or sponsored-work proposal with deliverables and milestones. A capability conversation does not commit either party to unfunded work.

What each side can expect

Weatherhill brings the research question, WX-FOG-001 v0.2, the proposed build brief, open calculations and program direction. A contributor brings a specific demonstrated capability and a candid account of its limits. We agree the work, payment, responsibilities and use of results before resources are committed.

Publication credit follows actual contribution. A supplier relationship is not automatically co-authorship; a calibration witness is not represented as endorsing every result. A named independent reviewer must agree to the scope and public description of that role.

Terms to settle before work begins

TopicWhat the written scope should establish
Deliverables & priceEquipment or services, acceptance criteria, staff time, consumables, lead times, payment and exclusions.
Data & analysisCalibration records, raw data, exclusions, analysis code, access rights, retention and the public release plan.
Publication & creditReporting of positive, null and adverse outcomes; actual contributor roles; review periods and authorship criteria.
Intellectual propertyBackground IP, ownership of new work, licenses, publication review and any patent-filing timetable.
OperationsInstrument limits, installation, maintenance, electrical and emissions responsibilities, training and acceptance.
Changes & exitHow changes are agreed, what happens if a measurement cannot qualify, and what records and rights each party retains.

The CRediT contributor roles offer one way to document work performed. They do not confer authorship by themselves. Contract terms and funding are not established by this page.

A sequence with a decision at each step

  1. Capability exchange. Share the existing specification, measurement envelope and proposed contribution.
  2. Technical scoping. Resolve interfaces, uncertainty, representative conditions and the first useful deliverable.
  3. Written quotation or work agreement. Define cost, people, milestones, IP and data terms before committing resources.
  4. Qualification and review. Demonstrate the agreed capability, record the limits, and decide which experimental stage is justified.

Milestones will be set after the space, people, instrument access and quotations are established. We are not advertising a reserved test slot or a completed funding commitment.

A USEFUL FIRST RESPONSE

Tell us what is already measured.

Published performance and clear limits are more useful than a broad claim of suitability.

Wet particle sizing

Measurement range, humidity handling, sample-flow demand, coincidence limits, size-dependent losses, calibration and rental or service options. Approximately 1 µm coverage needs explicit treatment of smaller and larger missing tails.

Optical measurement

Wavelength, detector aperture, linearity, drift and stray-light behavior; calibration support; transmission range; wet-window control; uncertainty of the complete upstream/downstream comparison.

Flow & electrical engineering

Flow uniformity and pressure-loss measurements, wet-environment materials, drainage, qualified electrical design review, interlocks and measured emissions control.

Independent review

Review the qualification record, witness a declared calibration sequence or analyze masked run data under a written scope. State the boundary of any independence claim.

Published research capabilities to investigate

Background leads for specialist advice, instrument access or calibration services. They are not selected hosts, confirmed partners or evidence of current availability.

Leibniz Institute for Tropospheric Research (TROPOS)

LACIS-T

A turbulent convection wind tunnel for studying aerosol and cloud processes under controlled temperature and humidity conditions.

Published capabilities do not establish compatibility with a full-span powered collector, operation at 4 m/s or the complete required wet-particle measurement range.

Published capability information ↗
Michigan Technological University

Pi Chamber

A laboratory cloud chamber supporting sustained cloud experiments with controlled aerosol and thermodynamic conditions.

The chamber's convective flow is not equivalent to the proposed 1–4 m/s duct experiment. Submicron wet-aerosol coverage, collector installation and current external access terms require confirmation.

Published capability information ↗
Cerema

PAVIN Fog and Rain

A 50-metre fog-and-rain test platform advertised for evaluating and developing equipment under controlled adverse-weather conditions.

Public material does not confirm salt-seeded fog, the required submicron wet-aerosol measurements, controlled collector face velocity or high-voltage integration.

Published capability information ↗
PREPARE A USEFUL FIRST CONVERSATION

Build a capability brief.

Use this local worksheet to organize your contribution. Download it for your own records, or copy the relevant points into the contact form.

Downloading stays in your browser. Sending uses the separate contact form.

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