the Energy Sector
Our Vision
To be a “Global Engineering & Project Management Services partner” across Energy Sector, other Plant Engineering sectors - driving sustainability for a better future.
Our Mission
Adopting Optimal Engineering Methodologies. Deliver Safe, value added, flexible, cost-effective, and integrated engineering solutions in compliance with the latest design/construction local and international codes / standards
Our Core Values
Quality Excellence, Sustainability, Collaboration, Innovation together with our partners, STECH Energy Solutions is committed to shaping a cleaner, greener, and more efficient energy future. Let’s innovate, collaborate, and create lasting value—for today and generations to come.
Welcome To STech
Passionate Professionals Driving Energy Excellence
S-TECH Energy Solutions is formed to serve Energy Sector by professionals worked Energy sector for several years at various capacity. At S-TECH Energy Solutions, we are committed to redefining excellence in the energy sector.
As a dynamic startup specializing in engineering services, project management, and quality assurance, we deliver innovative, reliable, and sustainable solutions tailored to the unique needs of our clients. Our mission is to empower industries across the energy landscape with cutting-edge expertise and world-class services that drive success and sustainability.
With a strong emphasis on quality, integrity, and collaboration, STECH Energy Solutions partners with EPC (Engineering, Procurement, and Construction) organizations worldwide to pave the way for a better energy future. We understand the complexities of the energy sector and bring a holistic approach to tackling its challenges—from conceptualization to execution—ensuring each project achieves its full potential.
What We Offer
We offer a wide range of energy services, including feasibility studies, project development, and operations and maintenance. Our goal is to help industries achieve excellence, reduce costs, and promote sustainability.
CAD / CAM Services
API 650, 620 Storage Tank Engineering
Process Equipment Design, ASME DIV 1 & 2
Product Modular Design
Control System & Automation
Power Plant
Energy Transition
Steel Plants - Combustion Systems
Chemical Process Plants
Industrial Buildings
Multi Discipline Project Engineering Execution
Project Management Execution
Inspection Services
Functional Acceptance tests, Site Acceptance Tests attendance
Engineering Deliverables
We provide accurate drawings, specifications, BOMs, P&IDs, and reports to ensure seamless project execution and compliance.
Process Discipline
Process Safety
Corrosion and Metallurgy
Mechanical - Piping Discipline
Mechanical - Static & Rotary
Electrical Discipline
Instrumentation & Control Discipline
Project Engineering
Quality Control & Assurance System
Ensures efficient, safe, and optimized industrial processes through design, analysis, and control strategies.
- Process Design Simulation – Accurate modeling and analysis to optimize process performance.
- Process Design Basis – Defining key parameters, design criteria, and operational guidelines.
- Process Control Narratives – Detailed descriptions of control strategies and system operations.
- Process Flow Diagrams – Visual representation of major process streams and equipment.
- Piping & Instrumentation Diagrams – Detailed schematics of piping, instruments, and control systems.
- PSV Calculations – Sizing and validation of pressure safety valves for system protection.
- Process Philosophies – Defining overall strategies for process design, safety, and operation.
- Line Sizing and Line List – Accurate sizing and documentation of process piping.
- Flare & Blowdown System Sizing – Ensuring safe and efficient disposal of excess gases.
- Equipment Sizing & Data Sheets – Specification of equipment dimensions and performance parameters.
- Hydraulic Calculations – Analysis of fluid flow, pressure drops, and system efficiency.
- Process Safety Study Participation – Engaging in HAZOP, LOPA, and risk assessments for safety compliance.
- Procurement Support & Vendor Document Reviews – Assisting in vendor selection and technical document verification.
Focuses on identifying, assessing, and mitigating risks to ensure safe and compliant industrial operations.
- Process Safety Design Basis – Defines key safety parameters and design criteria for risk mitigation.
- HAZOP, HAZID, ENVID (Through Consultants) – Systematic risk assessments to identify and control hazards.
- Fire Water Network Hydraulic Calculations – Ensures adequate water flow and pressure for fire safety.
- Firewater Network Layout & Detailed Engineering – Design and optimization of fire protection systems.
- Escape Evacuation, QRA, FERA, F&G Mapping, Dispersion, Noise Studies (Through Consultants) – Safety analysis for emergency response and risk assessment.
- Flare Radiation and Dispersion Studies – Evaluation of flare system impact and safety measures.
- HAZ, Area Classification Drawings – Defines hazardous zones for safe equipment placement.
- Procurement Support & Vendor Document Reviews – Ensures compliance and quality in safety-related procurement.
Focuses on material selection, corrosion prevention, and failure analysis to enhance equipment durability and ensure safety in industrial environments.
- Corrosion Assessment & Material Selection – Evaluates corrosion risks and selects suitable materials for durability.
- Material Selection Diagrams (MSD’s) – Visual representation of materials used in different process conditions.
- Material Selection Report (MSR) – Detailed documentation of chosen materials and their justification.
- Corrosion Monitoring & Management Report – Strategies for tracking and mitigating corrosion over time.
- Coating/Painting and Internal Lining Specifications – Guidelines for protective coatings to prevent corrosion.
Focuses on the design, analysis, and optimization of piping systems for safe and efficient fluid transport.
- Piping Design Basis – Defines guidelines and standards for piping system design.
- Plot Plan and Equipment Layouts – Optimized arrangement of equipment and piping in the facility.
- Piping Studies – Analysis for efficient routing, flexibility, and stress management.
- 3D Modeling (E3D / Cadworx) – Digital visualization of piping systems for accurate design.
- Line List and Valve List – Detailed inventory of process lines and associated valves.
- Piping General Arrangements – Layout drawings showing pipe routing and connectivity.
- Isometrics & Isometric Views – Detailed 3D views for fabrication and installation.
- Piping Material Specification, MTOs – Defines material standards and quantities for procurement.
- Piping Manual Valve, Special Item Data Sheets & Specification – Specifications for manual valves and special components.
- Procurement Support – Assistance in selecting and verifying piping materials and components.
Comprehensive design, engineering, and procurement services for process equipment, vessels, tanks, heat exchangers, pumps, compressors, and utility packages for various industrial applications.
- ASME SEC VIII DIV 1 & 2 Vessel: Design and fabrication of pressure vessels compliant with ASME standards.
- Process Equipment, Columns & Filters: Custom design and engineering of process equipment.
- Storage Tanks : Design, fabrication, and installation of storage tanks.
- Heat Exchangers: Design, engineering, and procurement of heat exchangers.
- Pumps and Compressors: Selection, design, and procurement of pumps and compressors.
- GA & Fabrication drawings, shop support : Creation of GA and fabrication drawings with shop support.
- Utility Packages, Engineering & Procurement Support : Design, engineering, and procurement of utility packages.
- IA System: Design, engineering, and installation of instrument air systems.
- N2 Package: Design, engineering, and procurement of nitrogen packages.
- Injection Systems: Design, engineering, and installation of injection systems.
- Hot Oil system: Design, engineering, and installation of hot oil systems.
- Flare system: Design, engineering, and installation of flare systems.
- Compression Packages: Design, engineering, and procurement of compression packages.
Comprehensive electrical engineering services, including design, engineering, testing, and procurement support for electrical systems.
- Electrical Design Basis: Development of electrical design basis for projects.
- 3D Modelling & Layouts: Creation of 3D models and layouts for electrical systems.
- Design Engineering: Detailed design engineering for electrical systems.
- Power System study: Power system studies including load flow, short circuit, and motor starting analysis.
- Voltage drop calculation, Earthing, Lighting and Lightning protection design: Design of electrical systems including voltage drop, earthing, lighting, and lightning protection.
- Sizing of Generators, Transformers, switchgears, UPS and DC system: Sizing and selection of electrical equipment.
- Detail engineering: Detailed engineering for electrical systems.
- Load list, Distribution schedule and Cable schedule: Preparation of load lists, distribution schedules, and cable schedules.
- Specification and Datasheet: Development of specifications and datasheets for electrical equipment.
- Single line diagrams and Wiring diagrams: Creation of single-line diagrams and wiring diagrams.
- Area classification schedule and drawings: Preparation of area classification schedules and drawings.
- Heat tracing and winterisation: Design and installation of heat tracing and winterization systems.
- FAT and SAT activities: Factory Acceptance Testing (FAT) and Site Acceptance Testing (SAT) activities.
- Procurement Support: Procurement support for electrical equipment and materials.
Design, engineering, and implementation of instrumentation and control systems for process automation and monitoring.
- Design basis : Development of design basis for instrumentation and control systems.
- 3D Modelling & Layouts: Creation of 3D models and layouts for instrumentation and control systems.
- Calculations : Performing calculations for instrumentation and control systems.
- Engineering of PLC/DCS and ESD systems: Design and engineering of programmable logic controllers (PLC), distributed control systems (DCS), and emergency shutdown (ESD) systems.
- Fire and gas detection and suppression systems: Design and engineering of fire and gas detection and suppression systems.
- Logic and Hook-Up diagrams: Creation of logic and hook-up diagrams for instrumentation and control systems.
- Loop wiring diagrams: Creation of loop wiring diagrams for instrumentation and control systems.
- INTOOLs Detail Engineering: Detailed engineering using INTOOLs software.
- Specification and Datasheets: Development of specifications and datasheets for instrumentation and control equipment.
- Integrated Control Systems Engineering: Engineering of integrated control systems.
- FAT and SAT activities: Factory Acceptance Testing (FAT) and Site Acceptance Testing (SAT) activities.
- Procurement Support: Procurement support for instrumentation and control equipment and materials.
Primary role is to ensure on-time engineering deliverables issuance and meeting project/proposal schedule through close monitoring & active coordination:
- Between Engineering and Project Team: Coordination and communication between engineering and project teams.
- Within Engineering Disciplines: Collaboration and integration among various engineering disciplines.
- With Document Control & Supply Chain Team: Liaison with document control and supply chain teams for efficient project execution.
- Develop Engineering Execution plan & Schedule: Creation of a detailed engineering execution plan and schedule.
- Develop Master Engineering Deliverables list in line with WBS: Development of a comprehensive list of engineering deliverables aligned with the Work Breakdown Structure (WBS).
- Make clear Inter-Disciplines Responsibilities Matrix: Definition of roles and responsibilities among various engineering disciplines.
- Facilitate Inter Disciplines Procedures Implementation: Implementation of procedures for interdisciplinary collaboration.
- Manage & Monitor Engineering Hours and Deliverables Progress: Tracking and management of engineering hours and deliverables progress.
- Weekly / Monthly Engineering Progress Report: Preparation of regular engineering progress reports.
Implementation of quality control and assurance processes to ensure compliance with industry standards and regulatory requirements.
- Engineering Disciplines Work Procedures: Standardized procedures for engineering disciplines to ensure consistency and quality.
- Inter Disciplines Check (IDC) procedure: Procedure for interdisciplinary checks to ensure accuracy and completeness.
- Engineering Change Management Procedure: Controlled process for managing engineering changes to minimize errors and ensure compliance.
- Document RACI Matrix Procedure: Procedure for creating and maintaining document responsibility assignment matrices (RACI).
- 3D Model 30%/60%/90% Review Procedure: Standardized review process for 3D models at various stages of completion.
- Concession Request Procedure: Formal process for requesting concessions or deviations from specifications.
- Technical Query Procedure: Procedure for submitting and resolving technical queries.
- Comment Resolution Procedure: Process for addressing and resolving comments and feedback.
- Purchase Requisition Procedure: Standardized procedure for creating and processing purchase requisitions.
- Technical Bid Evaluation Procedure: Systematic process for evaluating technical bids from vendors.
- Vendor Document Review Procedure: Procedure for reviewing and approving vendor-submitted documents.
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Years Experience
1 +
happy customer
1
distributor
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factory industrial
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