ENGINEERING RESILIENCE ACROSS THE ASSET LIFECYCLE

Business Value We Deliver

We don't deliver isolated studies or temporary fixes. We engineer sustained business value at every stage of an industrial asset's life — from concept to decommissioning — by integrating technical reality, financial performance, and organizational capability.

Phase 1

Conceptualization & Design

Early decisions define 70% of an asset's total cost of ownership — yet most organizations lack formal methods to optimize them.

Our Approach:

We don't just evaluate designs — we formally optimize them using hybrid mathematical programming to prove which configuration maximizes long-term value.

Key Methods & Tools:

  • Mixed-Integer Programming (MIP) with CPLEX
  • PDEL® for linking equipment choices to EBITDA impact
  • KIAME© framework to align strategy with execution

Real-World Impact:

Optimized the design of a major LNG compression train, evaluating over 348 configurations under constraints on redundancy, maintenance logistics, and feed variability.

Business Value Delivered:

Proved 98.7% optimality; unlocked millions in EBITDA through superior system configuration.

Phase 2

Procurement & Contracting

Contracts often fail to protect business value because they focus on specifications, not outcomes.

Our Approach:

We apply the KVB-C2M® Value-Based Contracting Control Model to align vendor promises with real-world operational and financial realities.

Key Methods & Tools:

  • KVB-C2M® methodology
  • Fidelis RAM modeling to validate LCC assumptions
  • 96-point evaluation matrix covering technical, financial, and risk dimensions

Real-World Impact:

Redesigned procurement strategy for a midstream power expansion project, requiring vendors to submit lifecycle cost models with uncertainty bounds.

Business Value Delivered:

Prevented value erosion due to specification-performance gaps; ensured contractual accountability for promised availability and reliability.

Phase 3

Commissioning & Operational Readiness

Assets often underperform from day one due to misalignment between design intent and built reality.

Our Approach:

We conduct pre-operational assurance inspections and build Integrated Decision Support Systems (iDSS) before startup, ensuring the asset performs as intended.

Key Methods & Tools:

  • Factory Acceptance Testing (FAT) validation
  • Protocolo de Entrega Cash3_V03 QA process
  • Activo Digital development for immediate decision support

Real-World Impact:

Performed turbine inspections for a large pipeline operator, identifying critical alignment and lubrication issues prior to commissioning.

Business Value Delivered:

Avoided first-year downtime losses exceeding multiple millions; launched operations with a fully functional digital twin.

Phase 4

Operations & Optimization

Operators make daily decisions without understanding their full financial and risk implications.

Our Approach:

We deploy living iDSS platforms that simulate thousands of scenarios, enabling optimal scheduling, maintenance planning, and response to disruptions.

Key Methods & Tools:

  • AspenTech Fidelis for probabilistic forecasting
  • MiRO v1 (Minimizer of Operational Risk)
  • DECA® for energy-mass-economic flow modeling

Real-World Impact:

Developed a Digital Asset for one of Latin America's largest gas projects, allowing operators to explore compressor configurations under mixed-mode operations.

Business Value Delivered:

Enabled shift from diesel-based power to grid + solar, unlocking 3.4 million barrels of oil previously consumed for on-site generation.

Phase 5

Decommissioning & Legacy Value Capture

Organizations lose institutional knowledge when assets are retired.

Our Approach:

We institutionalize learning through RAMGEN Methodology, Prysma® RCA protocols, and competency building programs — turning experience into permanent capability.

Key Methods & Tools:

  • RAMGEN standardized modeling framework
  • Prysma® Root Cause Analysis with causal chain mapping
  • Kwvaat for value tracking and training certification

Real-World Impact:

Trained engineers at a national utility and defense sector organizations, establishing Colombia's first cohort of SMRP-certified professionals.

Business Value Delivered:

Clients now independently run models, validate results, and sustain improvements long after project completion.

Why This Is Not Consulting — It's Architectural Engineering

At Knar, we walk beside you — not above — through complexity. Our engagements produce value because:

We don't simplify reality

We model its full causality (PDEL®)

We don't guess optimal

We prove near-optimality (CPLEX, MIP, DP)

We don't deliver reports

We install cognitive infrastructure

We don't create dependency

We institutionalize competence

This is industrial maturity engineered — not advised.