Front End Engineering Design Services
Our FEED engineering services are the cornerstone of successful EPC & EPCM projects. At Rishabh Pro Engineering, we deliver meticulous and cost-effective FEED solutions that cater to the unique requirements of each client.
Precision. Innovation. Reliability.
Driving Project Success with Front End Engineering Design Services
We have supported this project phase for some of the world’s most complex and challenging field developments. Our success comes from working closely with clients to align their needs with our proven FEED execution processes. We offer decision support, refined cost estimates, detailed project schedules, and risk profiling. Each service is tailored to meet client approval and sanctioning needs.
Our Front-End Engineering Design Services cater to EPCs, PMCs, and OEM owners/operators Include:
- Feasibility studies, conceptual & basic engineering design
- Preliminary equipment & material specifications and data sheets
- Process flow diagrams (PFDs) and piping & instrumentation diagrams (P&IDs)
- Project cost estimation, risk assessment & mitigation strategies
- Regulatory compliance and safety reviews
Front-End Engineering Design Services We Offer
Conceptual Designs
We integrate multidisciplinary expertise while ensuring technically feasible, safe, and cost-efficient concepts that align with client goals while minimizing risks during execution and operation.
Process Flow Schemes
Initial process layouts for efficient plant operations
Design Basis Development
Establishing core technical and project design requirements
Block Flow Diagrams
Simplified visualization of major process steps
Preliminary Equipment Sizing
Early sizing for critical process equipment
FEED Studies
Our studies bridge the gap between conceptual design and detailed engineering . We provide precise project scope, cost, and schedule inputs that reduce uncertainties, enable better decision-making, and support approvals for successful project execution
Detailed Scope Definition
Clear definition of project boundaries and deliverables
Design Optimization
Enhancing efficiency and cost-effectiveness in execution
Engineering Design Packages
Comprehensive multidisciplinary FEED deliverables
Risk Assessment
Early identification and mitigation of project risks
Simulation Modelling
We develop accurate simulation models to analyze and predict process performance. Our models enable clients to optimize designs, validate operating conditions, and assess different scenarios to enhance plant efficiency and safety before implementation.
Process Simulations
Steady-state and dynamic simulations for plant processes
What-If Scenarios
Testing alternative design and operating strategies
Heat & Mass Balance
Accurate calculations for optimized plant operation
Equipment Rating Models
Simulation-based validation of equipment performance
Feasibility Studies
Our engineering feasibility study services as part of Front End Loading (FEL) 2 phase provide clients with actionable insights into the economic, technical, and environmental viability of projects. We deliver reliable data that supports investment decisions while balancing risks, costs, and performance expectations.
Economic Evaluation
Assessing CAPEX, OPEX, and ROI for project viability
Project Alternatives
Evaluating multiple scenarios for optimal solutions
Technical Feasibility
Reviewing design suitability and technical challenges
Environmental Impact
Assessing sustainability and compliance with regulations
Technical Specifications
Our front-end engineering & design team helps prepare accurate technical specifications that form the backbone of procurement and construction. The detailed documentation ensures compliance, uniformity, and clarity, minimizing errors while enhancing project execution efficiency.
Material Specifications
Standards for construction & process materials
Vendor Requirements
Standardizing supplier deliverables and expectations
Equipment Datasheets
Comprehensive details for procurement & design
Design Criteria
Establishing performance, safety, and design standards
Project Planning
We deliver structured project planning services that help clients align resources, timelines, and budgets. With advanced tools, we ensure projects are executed smoothly, reducing delays and cost overruns.
Work Breakdown Structures
Structured division of project activities
Vendor Requirements
Standardizing supplier deliverables and expectations
Project Scheduling
Defining timelines and key milestones
Progress Tracking
Monitoring and reporting project performance
Cost Engineering
We provide accurate estimates and controls throughout the project lifecycle. By applying best practices, our FEED engineering consulting team helps clients to optimize budgets, reduce risks, and improve overall financial outcomes.
Cost Estimation
Detailed assessmsent of CAPEX and OPEX
Cash Flow Analysis
Forecasting financial requirements over project duration
Budget Control
Monitoring costs against approved project budgets
Value Engineering
Optimizing designs for cost efficiency
Software Tools
Industries Served
Powering Multiple Sectors
Industry Codes and Standards
- ASME B31.1
- ASME B31.3
- ASME B31.4 / B31.8
- API 520/521
- API 650 / 653
- NACE MR0175 / ISO 15156
- ASME Section VIII
- API 610
- API 617
- API 661
- ACI Codes
- IEEE Standards
- OSHA Regulations
- AISC Codes
- NFPA 70 / NEC
- EPA Standards
- ASTM Standards
- ISA Standards
- ISO 31000
- Eurocode / EN Standards
- API RP 500/505
- IEC Standards
- NFPA Standards
Ready to Strengthen Your Project with FEED Expertise?
Partner with our FEED engineering specialists to define scope, optimize design, and ensure execution-ready project foundations.
Your Trusted Front End Engineering Design Company
Lower Lifecycle Costs
Optimized FEED designs minimize rework, ensuring cost savings throughout the project lifecycle.
Faster Startup
Well-structured FEED enables quicker plant commissioning and early turnover.
Reduced Project Risks
Robust planning lowers technical, schedule, and budget uncertainties for smooth execution.
Better Risk Control
Proactive identification and mitigation strategies enhance overall project reliability.
