Operating nuclear plants

Mechanical integrity and plant reliability—from evidence to engineered action.

NIQS helps owner teams resolve technically difficult mechanical issues and improve plant reliability by integrating condition and ISI evidence, operating and maintenance history, failure mechanisms, calculations, monitoring, modifications and technical leadership. One accountable senior engineer leads the contracted work through corrective action and verification against agreed criteria.

Find the mechanism. Engineer the corrective action. Verify against agreed criteria.

NIQS Engineering Closure Chain: brownfield evidence passes through problem definition, boundary and constraints, causal diagnosis, substantiation, engineering and verification under one accountable technical lead across the contracted scope, producing controlled deliverables.

When NIQS is useful

The mechanical issue is visible. The closure path is not.

Operating-plant problems rarely stay inside one discipline or supplier package. NIQS leads a defined technical workstream across evidence, mechanism, calculations, corrective action and the interfaces required by the owner decision.

01

Recurring failure

The same alarm, defect, leak or maintenance demand returns without an agreed causal chain.

02

Performance degradation

Piping, rotating equipment or another mechanical asset underperforms despite maintenance or local corrective actions.

03

Integrity decision

An inspection finding, fatigue concern or ageing mechanism needs a defensible operating or outage decision.

04

Modification pressure

A repair or plant modification approaches implementation with open design, qualification or supplier interfaces.

05

Data without action

Monitoring or inspection produces information, but thresholds, ownership and the decision route remain unclear.

What NIQS does

One accountable lead across the contracted engineering chain.

NIQS defines the owner decision, integrates condition and ISI evidence with operating history and calculations, tests the failure or degradation mechanism, develops the applicable integrity or performance basis, engineers the corrective action and verifies performance where access and scope permit.

01

Define

Plant problem, asset boundary, required decision, deadline and acceptance logic.

02

Establish

Configuration, history, measurements, calculations, inputs and evidence limitations.

03

Determine

Failure, degradation or performance mechanism and remaining uncertainty.

04

Engineer

Corrective action, specification, monitoring, repair, modification or qualification route.

05

Verify

Performance against agreed criteria within the contracted boundary, with residual actions retained.

Delivery modes

One issue. One accountable technical lead.

Project leadership is applied inside the technical mandate—not sold as generic capacity. NIQS can define the decision, produce the closure package or lead the assigned workstream through implementation.

01

Diagnose and Decide

Bound the issue, establish the evidence and mechanism, identify the controlling findings and define the technical route.

02

Engineer and Close

Produce the controlled calculation, specification, repair, modification, monitoring or qualification package.

03

Lead and Implement

Lead the assigned technical workstream across owner, suppliers, specialists, hold points, implementation and verification.

Engineering control

Assurance is designed into the mandate.

The principal engineer, checking basis, evidence boundary, owner hold points, controlled outputs and verification criteria are made explicit before work starts.

01

Named technical lead

One accountable senior engineer and an explicit mandate boundary.

02

Checking basis

Named author, specialist inputs and checking level appropriate to the work.

03

Evidence control

Source hierarchy, inputs, assumptions, limitations and acceptance criteria are identified.

04

Decision control

Client hold points, dependencies, decision log and change control remain explicit.

05

Controlled outputs

Document status, revision, preparer, checker status and finding closure are visible.

06

Verification criteria

Effectiveness or acceptance criteria are set before implementation and residual actions retained.

Founder-led delivery

Senior accountability stays close to the engineering.

NuclearIQ Solutions GmbH is a founder-led specialist in nuclear mechanical integrity, plant reliability and engineering decisions for operating plants. Delivery is led by one accountable senior engineer and supported by named discipline specialists and checkers where the defined work requires them.

Founder experienceBenjamin’s prior owner-side and technical-lead experience is attributed to him—not presented as NIQS corporate project history.
NIQS deliveryCompany work is described against the actual contracted boundary, work products and verification status.
Released experienceProject names, results and review discussions are published only where evidence, confidentiality and release conditions permit.
Formal rolesLicence-holder, design-authority, accredited inspection and regulatory responsibilities remain with the relevant organisations.

Confidential issue screen

Bring one technically open mechanical issue.

Provide a short, non-sensitive issue summary. NIQS will return a direct fit or no-fit answer and, where relevant, a proposed first scope. The form prepares an email in your own email application; it does not transmit or store data on this website.

Information boundaryDo not include classified, export-controlled or plant-sensitive information. Do not attach technical files at this stage.
Use a generic asset description only; do not include protected plant identifiers.
Evidence types available

Select categories only. Do not send files until a controlled exchange route is agreed.

Complete the required fields to prepare your issue summary.

Prefer to speak first? Office +41 44 244 88 41 · Benjamin direct +41 79 912 82 49