END TO END SOLUTIONS
  • Technology
  • Turnkey Solutions
  • Basic Engineering
  • Process Engineering
  • Mechanical Engineering
  • Instrument Engineering
  • Electrical Engineering
  • Piping Engineering
  • Architectural,civil & Structural Engineering
  • Procurement Assistance
  • Project Management
  • Environment, Health & Safety
  • Construction Management
  • Commissioning Assistance
  • Worldclass Manufacturing Facility

Technology

  • OPCA
  • OPCA+
  • Sulphuric Acid Plant
  • Crude Oil Distillation Plant
  • Glycol Plant
  • Scrubber Plant
  • Hydrogen Plant
  • Distillation Plant
  • Solvent Recovery
  • Technical & Commercial Analysis

Turnkey Solutions

  • Single-Point Accountability
  • Lump-Sum Contract & Cost Control
  • Risk Transfer and Mitigation
  • Total Quality Work (TQC)
  • Front-End Engineering Design
  • Basic & Detailed Engineering
  • Multidisciplinary Design
  • Procurement Assistance and Management
  • In-House Fabrication
  • Site Management
  • Installation and Erection
  • Commissioning and Start-up Support

Basic Engineering

  • Kick-off Meeting
  • Technology Selection
  • Technical Feasibility Report
  • Process Simulation
  • Mass and Heat Balance
  • Process Flow Diagram
  • Piping and Instrument Diagram
  • Utility Calculation
  • Utility Selection
  • Process Concept and Selection
  • Equipment List
  • Line List
  • Electrical Load List
  • Process Equipment Selection
  • Utility Sizing
  • Process Calculation for Plant
  • Static Equipment Specification
  • Rotary Equipment Specification
  • Instrument Process Datasheet
  • Process Control Philosophy
  • Process Control Logic
  • Equipment Layout
  • Project Feasibility
  • Hydraulic Calculations

Process Engineering

  • P&ID’s after Order Finalization
  • Detailed Process Engineering
  • Line List
  • Valve List
  • Raw Material, Additives and Product Summary
  • Process Alarm and Trip Schedule
  • Overall Process Control Philosophy
  • HAZOP Report and Close-out Report
  • Chemicals Summary
  • Instrument Detailed Specification
  • Operating Manual
  • Commissioning Procedure
  • Plant Operating Manual

Mechanical Engineering

  • Mechanical Design of Fabricated Equipment as per ASME, IS, GEP Codes
  • Technical Specification
  • GA Fabrication Details of Equipment
  • Fabrication Drawing Review of Vendor’s Fabrication Drawings
  • BOM Review
  • Mechanical Engineering for Bought-out Items
  • Technical Specification for Package
  • Review of Vendor’s Drawings

Instrument Engineering

  • Technical Specification for Field Instruments
  • Technical Specification for Control Room Instruments
  • Instrument Control Philosophy
  • Technical Specification for PLC / SCADA / DCS
  • Instrument Layout
  • I/O List
  • Hook-up Wiring Diagram
  • Local Control Panel Selection as per Application
  • Specification for Field & Control Room Instruments
  • Review of Vendor Documents for PLC / DCS
  • Tender Document for Instruments
  • Installation Details, Specifications & BOQ

Electrical Engineering

  • Electrical Load List
  • Technical Specification for Electrical & HT / LT Systems
  • Single Line Diagram
  • Electrical Layout for Switchyard & Substation
  • Electrical Layout for Power, Lighting & Earthing
  • Electrical Tender Documents along with BOQ
  • Lightning Protection System

Piping Engineering

  • Plot Plan
  • Equipment Layout
  • Elevation Plan
  • Piping Layout
  • Isometric Drawings
  • Civil Information Drawings
  • Specification for Piping & Valves
  • Pipe BOM & Supports
  • Piping Tender
  • 3D Model

Architectural,civil & Structural Engineering

  • Civil and Structural Design
  • Civil Drawings
  • Structural Drawings
  • Statutory Approval Drawings
  • Architectural Working Drawings
  • Road & Drainage Drawings
  • Tender Specifications for Architectural, Civil & Structural Works
  • BOQ

Procurement Assistance

  • Float Enquiries to Vendors
  • Obtain Vendor Offers
  • Technical and Commercial Offer Evaluation
  • Techno-commercial Meetings with Vendors
  • Techno-commercial Recommendation Letter
  • Enquiry and Offer Finalization with Vendors
  • Follow-up for Vendor Drawings
  • Follow-up until Material Reaches Site
  • Final Inspection of Equipment
  • Dispatch Clearance & Bill Certification
  • Maintain Material Procurement Status Chart

Project Management

  • MS Project Planning
  • Project Progress Monitoring
  • Project Tracking
  • Project Cost Management
  • Project Timeline Management
  • Project Progress Reporting
  • Coordination with Client
  • Inter-department Coordination
  • Vendor & Contractor Coordination
  • Coordination with Inspectors

Environment, Health & Safety

  • Scrubber Design
  • HAZOP Studies
  • Technical Specification for ETP & STP
  • Technical Specification for Fire Protection System
  • Technical Specification for HVAC

Construction Management

  • Proper Selection of Vendors for Construction
  • HSE Plan for Plant Safety
  • Contractor Billing Checking
  • Design and Drawing Approval
  • Approval for Design & Drawings

Commissioning Assistance

  • Preparation of Operating Manuals
  • Preparation of Maintenance Manual
  • Preparation of Checklists
  • Pre-commissioning of the Plant
  • Commissioning of the Plant
  • 72 Hours Plant Guarantee Trial

Worldclass Manufacturing Facility

  • Utilizing State-of-the-Art Machinery and Automated Processes
  • High Precision and Exceptional Quality
  • Advanced Construction Technology
  • Sustainability and Resilience by Design
  • Integrated Digital Procurement & Global Logistics Optimization
  • Integrated Commissioning (FAT / SAT)
  • Seamless Digital Handover
  • Operator Training and Shadowing
TKT Company Profile
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OPCA+ Technology

OPCA+ Technology: The Blueprint for Maximum Profitability

The Market Challenge
In the aggressively competitive landscape of chemical, oil and gas, pharmaceutical, and specialty manufacturing, traditional profit margins are shrinking. Manufacturers are forced to accept competitive pricing where even minor inefficiencies can turn the balance sheet negative. The key to sustained success is no longer just high production volume, but total optimization—reducing costs without sacrificing quality or output.

TKT's Revolutionary Solution: OPCA+
TKT Technology Services introduces OPCA+ (Operational & Process Cost Analysis Plus)—a visionary engineering package designed to secure and maximize your profitability by strategically optimizing the two primary drivers of cost: Capital Expenditure (CAPEX) and Operational Expenditure (OPEX).OPCA+ is not just an audit; it is a dedicated, advanced engineering intervention that transforms your existing or proposed operations into highly efficient, high-margin assets

Core Components of the OPCA+ Package
The OPCA+ package delivers a focused analysis across critical areas of your production lifecycle:

OPCA+ Technology

1. Energy Consumption Optimization

Energy costs are often a facility's greatest variable expense. OPCA+ targets this directly:

Precision Utility Calculations:
TKT goes beyond simple estimates. We utilize dynamic simulation software and detailed mass & energy balances to map the exact, real-time demand for utilities such as steam, chilled water, inert gases, and electricity. This highly accurate approach prevents the over-specification of utility generating equipment, avoiding substantial CAPEX waste in boiler, chiller, and compressor installations.

Optimal Equipment Selection:
Our engineering analysis is guided by Total Cost of Ownership (TCO), not just initial purchase price. Equipment selection is based on guaranteed efficiency ratings (e.g., high-efficiency IE3/IE4 motors) and operational trade-off studies, ensuring components run near their Best Efficiency Point (BEP) for maximum energy savings throughout the equipment's lifespan

Energy Recycling & Conservation:
We identify and design advanced heat recovery systems, such as economizers, recuperators, and flash steam recovery units. We also implement advanced thermal insulation strategies to minimize energy loss, effectively turning waste heat streams into usable input energy, which directly reduces fuel consumption.

OPCA+ Technology

2. Equipment Sizing and Material Selection

Avoiding over-sizing and ensuring the correct material is vital to controlling CAPEX and equipment lifespan.

Optimum Sizing:
We leverage detailed process simulation and modeling software to precisely define critical parameters like reaction volumes and heat transfer areas. This eliminates the costly industry practice of building in large, unnecessary safety margins, resulting in smaller, more compact, and significantly more affordable equipment that still meets guaranteed production capacity.

MOC (Material of Construction) Selection:
Our specialists conduct rigorous MOC/Corrosion compatibility studies against the client's specific process chemicals and operating conditions (temperature, pressure). We determine the most cost-effective material (e.g., specific stainless steel grades, nickel alloys, or exotic materials) that provides the necessary corrosion resistance for a guaranteed, reliable equipment lifespan.

Layout and Orientation:
We use advanced 3D modeling and plot plan development to optimize the physical arrangement of equipment. Correct elevation and orientation minimize the need for complex, long, and expensive piping runs, improve hydraulic efficiency (reducing pump power), and ensure optimal access for maintenance and operations.

OPCA+ Technology

3. Engineering Analysis and De-bottlenecking

This component focuses on improving the efficiency, flow, and output of the existing process operations.

Root Cause Analysis and Solution:
TKT employs structured problem-solving methodologies (like 5 Whys or Failure Mode and Effects Analysis) to quickly uncover the fundamental, underlying causes of recurring operational failures, quality issues, or throughput limitations. This leads to the provision of robust, permanent, engineered solutions rather than temporary fixes

Utility De-bottlenecking:
We conduct a focused study on utility distribution networks, analyzing constraints such as pressure drops in headers, inadequate pipe sizing, and faulty tie-ins. Resolving these constraints ensures utilities (like cooling or heating) are delivered at the required flow and pressure, directly improving reaction rates and shortening cycle times.

Productivity Loopholes:
Our team conducts a comprehensive review of operating procedures, batch sheets, and interlocks. This identifies non-valueadded steps, poor sequencing, unnecessary manual interventions, and areas ripe for automation, thereby significantly reducing man-hour consumption and maximizing throughput per batch.

OPCA+ Technology

4. Technology Assessment and ROI Calculation

To ensure future-readiness, OPCA+ includes a strategic technological outlook and financial validation

Technology Recommendation:
Based on TKT's vast experience across diverse industries, we recommend commercially proven, cutting-edge technologies (e.g., novel continuous processing techniques, specialized catalysts, or advanced separation methods) that offer demonstrable competitive advantages in terms of yield, purity, or throughput.

Feasibility Study:
A thorough comparative analysis is performed, benchmarking the client's current operational performance against the performance metrics of the recommended technology. This study includes a detailed technical risk assessment, resource gap analysis, and regulatory compliance checks, validating the technical viability of the change.

Financial Validation:
Beyond simple payback, TKT provides detailed financial modeling. This includes rigorous Return on Investment (ROI) calculations, discounted cash flow (DCF) analysis, and sensitivity analysis, which quantify the long-term profitability, cost-benefit ratio, and risk profile of the proposed technology change, ensuring every investment is financially justified.

OPCA+ Technology

Why Choose TKT’s OPCA+?

OPCA+ is the answer to competitive pressure. It is pure engineering expertise applied to your business finances. By partnering with TKT, you gain a commitment to maximum profitability through controlled CAPEX, minimized OPEX, and streamlined, state-of-the-art production.