Corporations & manufacturers
Feasibility, process development, project definition, design support, optimization, and independent technical review.
Engineering switchboard · Select the project need
Study
Defined process-engineering scopes for consequential projects.
ONB leads focused studies and design work packages—or integrates with corporate, laboratory, university, government, EPC, prime-contractor, and technology-development teams.
Choose a route
Feasibility & project definition
Scope and options AnalysisModeling, balances & scale-up
Models and evidence DesignPFD, P&ID & equipment definition
Process design outputs EconomicsTEA, LCA & cost drivers
Commercial basis AssuranceTechnical review & due diligence
Independent judgment IntegrationClient, vendor, laboratory & EPC interfaces
Engagement models
Typical outputs
Issued work products
Basis & balances
Design basis, process description, mass and energy balances
Drawings
PFDs, P&IDs, equipment lists and preliminary datasheets
Analysis
Models, scale-up basis, economics, risk and sensitivity
Decision package
Findings, data gaps, recommendations and next-stage scope
Who ONB is equipped to support
A specialist engineering resource that fits formal project environments.
ONB combines principal-level technical accountability with the flexibility to lead a defined scope or work inside a larger multidisciplinary program.
National laboratories & government programs
Defined technical work packages, scale-up analysis, TEA/LCA, engineering integration, and mission-oriented project support.
Universities & research consortia
Engineering translation between research evidence, pilot requirements, industrial constraints, and deployment decisions.
Technology developers, owners & investors
Scale-up readiness, development planning, economics, technical diligence, and next-stage engineering definition.
Capability register
Commission the work package the project actually needs.
Scopes can stand alone or combine into an integrated feasibility, scale-up, FEL, process-design, or technical-assurance assignment.
Feasibility & project definition
Objectives, alternatives, process basis, site and infrastructure inputs, preliminary economics, risk, and implementation planning.
Details →Process modeling & scale-up
Flowsheets, mass and energy balances, kinetics, reactor models, CFD/CPFD, operating windows, sensitivities, and scale-dependent risks.
Details →Process-design deliverables
Basis of Design, PFDs, P&IDs, equipment lists, preliminary datasheets, control concepts, safeguards, and vendor interfaces.
Details →Economics & sustainability
CAPEX, OPEX, cost of production, TEA, LCA, TCO, scenario analysis, cost drivers, and development priorities.
Details →Technical assurance & optimization
Due diligence, claim review, HAZID/HAZOP support, process risk, debottlenecking, manufacturing assessment, and technical recommendations.
Details →
How ONB can engage
A practical fit for both standalone assignments and larger project teams.
The delivery structure is matched to the client’s procurement route, project organization, required independence, and engineering stage.
Lead a defined study
ONB owns a focused feasibility, modeling, scale-up, economics, or process-design scope with agreed inputs, reviews, and deliverables.
Integrate with the client team
ONB supplements an internal engineering, R&D, manufacturing, project-development, or investment team.
Support a prime or EPC
ONB performs a specialist work package while coordinating assumptions, interfaces, reviews, and document requirements.
Provide independent review
ONB evaluates technical claims, project readiness, process assumptions, risks, economics, and the evidence required for a decision.
Ph.D.Principal-led technical work
P.E.Professional engineering judgment
25+R&D projects completed
GlobalProject and client support
Principal engineer
Omar M. Basha, Ph.D., P.E.
Dr. Basha leads ONB Engineering and supports technology developers, manufacturers, research teams, project owners, and investors with process modeling, reactor engineering, scale-up, feasibility studies, preliminary engineering, techno-economic analysis, and technical decision support.
ONB’s work is structured around documented assumptions, fit-for-purpose calculations, recognizable engineering deliverables, and practical recommendations for the next project commitment.
Start with the scope