PRECISION · DISCIPLINE · MASTERY
The Engineering Branch
Initializing Systems...
PRECISION · DISCIPLINE · MASTERY
The Engineering Branch
Initializing Systems...
EPC Grade Execution Across 12 Engineering Disciplines · 22 Signature Projects
Where Elegance Meets Technology
Excellence — We Demand It. We Expect It. We Deliver It.
The Engineering Branch is a precision-focused, systems-driven engineering institution delivering industrial solutions at the frontier of global EPC standards — operating at the intersection of mechanical mastery, process intelligence, and operational discipline.
Our philosophy: engineering excellence is not a target to reach, but a standard to maintain. Every engagement is approached with the rigor of aerospace, the discipline of defense, and the operational intelligence of the world's most demanding industrial environments.
Every system designed or commissioned is engineered to exceed specification — not merely to meet it. Technical reviews incorporate failure mode analysis, stress validation, and lifecycle thinking as standard practice.
Uptime is a design objective. Our reliability-centered approach integrates maintainability, redundancy, and performance degradation modelling across all rotating, static, and process assets.
From concept through commissioning, we lead multidisciplinary teams with precision scheduling, disciplined risk management, and zero-compromise quality control — delivering CAPEX projects on-spec and on-timeline.
Innovation at TEB is purposeful — not aesthetic. We advance process efficiency through engineering analysis, leveraging proven industrial science with modern precision.
The Engineering Branch operates across 12 primary engineering disciplines, each executed to international standards with the rigor expected of elite global EPC organizations.
Full-scope plant engineering: equipment layout, spatial coordination, serviceability access, utility routing, and structural framing for industrial facilities across process, energy, and manufacturing sectors.
RCM strategy development, FMEA/FMECA execution, MTBF/MTTR analysis, and failure mode elimination aligned to ISO 55000 and industry best practice.
End-to-end CAPEX execution from FEED through procurement, construction supervision, commissioning, and handover. Disciplined cost, schedule, and quality control throughout the project lifecycle.
SolidWorks-driven 3D modelling, assembly design, tolerance analysis, GD&T application, and production-grade fabrication drawings for rotating equipment, pressure vessels, and skid systems.
Comprehensive P&ID design, process flow diagram development, instrument index generation, and equipment datasheets for process plants aligned to ISA-5.1 and ASME standards.
Piping layout engineering, isometric drawing production, stress analysis, flow optimization, and instrumentation integration for industrial process piping systems per ASME B31.3.
End-to-end solar PV design, load analysis, panel layout optimization, inverter integration, grid synchronization, and commissioning for industrial and commercial installations.
Engineering and commissioning expertise across centrifugal compressors, twin-screw compressors, pumps, turbo-expanders, gearboxes, and reduction drives with vibration analysis and tribological sustainment.
Cryogenic storage design (LOX/LIN/LAR), ASU process engineering, pressure vessel code compliance (ASME, NFPA 55, API 620/650), and full commissioning of industrial gas infrastructure.
Structural and thermal simulation for pressure-retaining components and rotating assemblies. Fatigue life estimation, contact stress analysis, and deformation under operating load conditions.
Systematic commissioning: mechanical alignment, instrumentation calibration, PLC/control system validation, hydrostatic testing, performance testing, and operational readiness documentation.
Production line architecture, workflow optimization, OEE improvement, Lean Six Sigma DMAIC application, and throughput enhancement across FMCG, polymer, and advanced manufacturing.
Every project executed by The Engineering Branch is governed by the applicable international engineering standards. Compliance is not a formality — it is the baseline from which we exceed.
| Standard | Category | Application | Status |
|---|---|---|---|
| ASME B31.3 | Piping | Process piping design, stress analysis, material specification, and hydrotest requirements | Active |
| API 620/650 | Storage | Low-pressure storage tank design; welded steel tank construction and inspection criteria | Active |
| NFPA 55 | Gas Safety | Compressed gases and cryogenic fluids storage, handling, and emergency procedures | Active |
| ISO 55000 | Reliability | Asset management system framework for maintenance strategy and performance benchmarking | Certified |
| IEC 61511 | Functional Safety | Safety instrumented systems (SIS) for process industries — HAZOP, SIL assignment | Active |
| ISA-5.1 | Instrumentation | P&ID symbology, instrument identification, and process flow documentation standards | Active |
| API 580/581 | Risk-Based Insp. | Risk-based inspection methodology for pressure vessels, piping, and rotating equipment | Certified |
Every measurement, tolerance, and specification is held to the highest defined limit. Precision is not a goal — it is the engineering baseline from which all work is judged and delivered.
Discipline drives process, schedule, and documentation adherence. Rigorous method management, controlled change processes, and structured review cycles define how we operate at every project stage.
Mastery is the accumulated depth of 12 engineering disciplines executed over a decade of high-stakes industrial work. It is earned through failure analysis, standard compliance, and relentless technical refinement.
| Performance Metric | Baseline | Achieved | Improvement | Status |
|---|---|---|---|---|
| Overall Equipment Effectiveness (OEE) | 61% | 79% | +18 pts | Exceeded |
| Mean Time Between Failures (MTBF) | 1,240 hrs | 2,100 hrs | +69% | Exceeded |
| Commissioning Accuracy (Scope Delivery) | 84% | 100% | +16 pts | Delivered |
| Process Energy Efficiency | Baseline | -22% consumption | -22% | Exceeded |
| CAPEX Cost Deviation | ±12% avg | ±1.8% avg | -10.2 pts | Delivered |
| Unplanned Downtime Reduction | 7.2 hrs/mo | 1.1 hrs/mo | -85% | Exceeded |
Downstream and midstream engineering across refinery units, petrochemical plants, and pipeline systems. API standards compliance, rotating equipment support, and CAPEX project leadership for major KSA operators.
// ARAMCO · SABIC · PETRO RABIGH · SADARAAir separation unit engineering, cryogenic storage systems (LOX/LIN/LAR), fill station commissioning, and NFPA/API compliant infrastructure design for industrial gas production and distribution.
// AIR PRODUCTS · LINDE · MARAFIQIndustrial and commercial solar PV system design, grid-tie integration, load analysis, inverter specification, commissioning, and performance verification for Vision 2030 energy transition projects.
// ACWA POWER · NEOM · SECProduction line optimization, Lean Six Sigma DMAIC implementation, OEE enhancement programs, and CAPEX-funded facility upgrades for high-throughput food and consumer goods manufacturing operations.
// SAVOLA FOODS · ALMARAIFull EPC scope execution for heavy industrial clients: engineering design, procurement management, construction supervision, commissioning, and handover across mechanical, piping, and process systems.
// MA'ADEN · SABIC AGRI-NUTRIENTSProcess flow development, P&ID design to ISA-5.1, hazard analysis (HAZOP), SIS design per IEC 61511, and instrumentation engineering for chemical processing and specialty industrial facilities.
// SADARA · SWCC · SPECIALTY CHEMEvery project is managed with the discipline of a full EPC contractor: phased execution, controlled procurement, construction oversight, and rigorous commissioning — regardless of scope size.
Twelve engineering disciplines under one strategic direction. No coordination gaps between mechanical, process, instrumentation, and reliability — all integrated from day one.
ASME, API, IEC, ISA, NFPA, and ISO are not reference documents — they are the floor of our technical performance. Every deliverable is designed, checked, and validated against applicable codes.
Reliability is engineered in from concept, not retrofitted after commissioning. RCM methodology, FMEA, and failure mode analysis are standard tools on every rotating and static asset project.
Deep understanding of Saudi industrial procurement, regulatory environment, Aramco SAES standards, SABIC standards, and the strategic direction of Vision 2030's industrial transformation agenda.
Positioned to support KSA's industrial localization and energy diversification goals. Our work directly supports IKTVA, NIDLP, and renewable energy capacity expansion under Vision 2030.
Trusted by the Kingdom's most demanding industrial operators across oil & gas, petrochemicals, energy, and manufacturing sectors.
Field-tested thinking on reliability, CAPEX discipline, cryogenics, and the engineering decisions that separate compliant projects from exceptional ones.
Consultation engagements, project-based technical leadership, reliability and maintenance strategy, CAPEX project management, and engineering review services. All engagements governed by formal scope-of-work documentation.
The Engineering Branch provides engineering consulting, industrial project execution, manufacturing excellence programs, asset reliability solutions, renewable energy engineering, and strategic technical advisory services across the GCC and international markets.
