Engineering AI Support

24 Years of Field Experience, Now Available on Every Smartphone.

This AI has been trained by an Engineer with 24 years of real field experience. It helps maintenance teams access practical guidance, troubleshooting support, and engineering insight anytime they need it — day or night.

Why It Matters

Your maintenance crews do not always have a senior expert standing beside them. This solution gives them fast, practical support in the field, directly from their smartphone, with knowledge shaped by decades of engineering experience.

24/7 SupportField-FriendlyCost Effective

What Teams Gain

Faster troubleshooting, more confident maintenance decisions, reduced dependence on one expert, improved consistency across crews, and a more scalable way to support plants, service teams, and technicians.

Simple Monthly Plans

Choose the package that fits your support volume. Each option can be connected to an inquiry button or order link.

Starter
750 Questions /
Month

Good for smaller teams, pilot projects, or plants that want practical AI support available only when needed.

  • 750 question credits per month
  • Smartphone-friendly access
  • Trained engineering support experience
  • Suitable for small maintenance teams (1-10 members)
Interested
Enterprise
5,000 Questions /
Month

Built for larger operations, multi-site teams, or organizations that want broad access to engineering-style AI support at scale.

  • 5,000 question credits per month
  • Designed for larger team usage
  • Supports broader shift coverage
  • Strong fit for enterprise maintenance environments (more than 20 members)
Interested

Sample Chat

Below are realistic examples showing how the AI can guide a maintenance crew member through troubleshooting issues in the field, including multilingual support.

Please ask me any question related with your gas infrared system with your language (Spanish, Dutch, German, etc.)

Mar 25, 10:37 PM
I have a long flame, how to fix it?

Today 10:38 PM
Problem:
Long visible flame extending out from the emitter.

Symptoms:
Flame visibly leaving the emitter surface (combustion continuing outside the ceramic).
May be localized to one emitter or move to other emitters later.

Possible Causes (from the documentation):
Insufficient combustion air in the mixing system.
Blocked or contaminated air diaphragm or air passage.
Debris in the combustion air manifold.
Dirty or incorrect gas nozzle or other air/gas ratio imbalance.

Safe Diagnostics (low-risk steps from the approved procedure):
Enter SAFETY MODE: follow site Lockout/Tagout and confirm electrical power, gas supply and ventilation are controlled per site procedures before opening components.
Identify which emitter shows the long flame.
Remove the screws attaching the combustion air manifold for that emitter.
Inspect underneath the air diaphragm for blockage or debris (paper, dust, dirt).
Visually inspect the gas nozzle and diaphragm condition.
If obstruction is present, remove it and clear loose debris by blowing compressed air through mixing passages only if this is permitted by your site or OEM procedure.
Reassemble the mixing tube, air diaphragm, gasket and tighten screws per OEM instructions.
Restart system per approved procedure and observe flame. Note: debris may shift and another emitter could show the same symptom later.

Possible Solutions (based on findings):
Remove any debris blocking the air passage and reassemble correctly.
Replace a contaminated or damaged air diaphragm or gasket.
If the gas nozzle is dirty or suspected restricted, replace with the correct nozzle size.
Verify and restore correct air-to-gas ratio / combustion air pressure per startup documentation.
If cleaning one emitter does not solve the problem, inspect adjacent emitters and the combustion air manifold for migrated debris.

Warnings / Escalation:
A long flame indicates a combustion condition that can be hazardous. Follow site emergency and Lockout/Tagout procedures.
Do not bypass or disable safety interlocks or safety devices.
If you cannot safely access components, or if the flame remains long or unstable after cleaning, stop operation and escalate to qualified maintenance or combustion personnel and refer to OEM or startup documentation.
If you suspect flashback, overheating, smoke, fire, gas leak, or repeated unstable flame, treat as hazardous and follow emergency procedures.

Reference:
Follow startup documentation for technical parameters and OEM manual or maintenance references for correct nozzle sizes, diaphragm parts, and reassembly torques.
If unclear or additional support is required, contact qualified service personnel.

If you want, tell me which emitter or hood location is showing the long flame and whether you have already removed the manifold so I can summarize the specific inspection steps again.

Mar 25, 10:38 PM
Emitter around igniter.

Today 11:22 PM
Problem:
Long flame at emitter near the igniter area.

Symptoms:
Visible flame extending out from the emitter surface in the igniter zone.
Flame may be unstable or fail to propagate normally across the row.

Possible Causes (from the documentation):
Insufficient combustion air to the mixing system (air/gas ratio).
Unwanted airflow around the igniter caused by a damaged or leaking igniter gasket.
Blockage or debris in the combustion air manifold or air diaphragm contamination.
Incorrect gas nozzle or other air/gas mixture imbalance.

Safety (important):
This condition can be hazardous. Before performing any inspection or corrective action follow site Lockout/Tagout and emergency procedures.
Do not bypass safety interlocks or operate the system if flame behavior is abnormal.
If you see smoke, overheating, smell gas, or repeated unstable flame, stop and escalate to qualified combustion or safety personnel immediately.

Safe Diagnostics (low-risk checks you can perform visually or with simple tools):
Confirm safety: LOTO, gas isolated per site procedure, and ventilation as required.
Verify combustion air and gas supply pressures match the recommended startup settings. If pressures are outside the documented values, adjust per startup procedure before further checks.
Observe for unwanted airflow at the igniter using a small piece of paper or ribbon near the igniter area and watch for movement.
Inspect the igniter gasket and surrounding sealing area for damage, cracks, or leakage.
Identify and inspect the emitter and the combustion air manifold serving that emitter.
Remove the screws attaching the combustion air manifold only after LOTO and per OEM procedure.
Inspect underneath the air diaphragm for blockage, debris, or contamination.
Check for a damaged combustion air gasket.
Inspect the gas nozzle and air diaphragm condition visually.

Possible Solutions (based on findings):
Repair or replace damaged igniter gasket or any leaking seals around the igniter to stop unwanted airflow into the ignition zone.
Remove debris blocking the air passage or combustion air manifold and reassemble correctly.
Replace contaminated or damaged air diaphragm and any damaged gaskets.
Replace the gas nozzle with the correct OEM-specified size if nozzle condition or size is suspect.
After repairs, restart following the approved ignition or startup procedure and verify proper flame propagation across the emitter row.

Warnings / Escalation:
If correcting gasket or clearing debris does not restore normal flame behavior, stop and escalate to qualified field service or combustion personnel.
Do not attempt pressure or tuning adjustments unless you have the startup documentation and authorization to do so.
Always refer to OEM startup records and the machine manual for final operating values and approved procedures.

Reference:
Refer to startup documentation for technical parameters and OEM manual or maintenance reference.
If you want, tell me whether you observed airflow with the paper test and whether the igniter gasket shows visible damage; I can then summarize the immediate next steps from the documentation.

Mar 25, 11:23 PM
This sample demonstrates how the AI can provide practical field troubleshooting guidance while still reinforcing safety, approved procedures, escalation rules, and multilingual support.

Frequently asked questions

Common questions a customer may ask before choosing the Engineering AI support solution.

What exactly can this AI help my maintenance team with?

It can help your team with practical troubleshooting guidance, maintenance support, engineering-style explanations, and field questions related to equipment issues. It is designed to give fast, usable support when technicians need direction in the field.

Can my technicians use it directly from their smartphones?

Yes. The solution is intended to be smartphone-friendly so maintenance personnel can access support directly on the shop floor, in the plant, or while working in the field.

Does it support languages other than English?

Yes. The page already shows sample support in English, Spanish, Portuguese, Dutch, and Finnish. That makes it easier for teams in different regions to ask questions in the language they are most comfortable using.

Is this meant to replace an engineer or service technician?

No. It is meant to extend support, not replace qualified personnel. It helps teams respond faster, reduce dependence on one expert, and improve consistency, while still reinforcing approved procedures, escalation, and safety.

How do the monthly plans work?

The plans are based on the number of questions your team can use each month. You can choose the level that best fits your support volume, from smaller pilot use to larger multi-site or enterprise needs.

Can this be tailored to our equipment, procedures, or knowledge base?

Yes. The solution can be shaped around your real operating context so the support is more relevant to your maintenance teams, equipment, and troubleshooting needs.

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