Senior technical advisory for India’s most complex chemical projects
Orissa Engineering was built to close the gap between senior operating experience and the advisory support available to project promoters, lenders, and owners entering Eastern India’s specialty chemicals corridor.
What Orissa Engineering does — and why it exists
Eastern India’s specialty chemicals corridor — spanning Odisha, West Bengal, Eastern India, and the broader industrial belt — is one of India’s fastest-growing zones for new chemical manufacturing investment. Port infrastructure, competitive land and feedstock access, and state-level policy support are converging to attract serious capital. What the region lacks is a senior technical advisory layer with both the process depth and the regulatory ground-knowledge to de-risk that capital deployment.
Orissa Engineering was established to provide exactly that. The practice offers chemical process engineering support, project execution authority, and regulatory advisory to project promoters, CFOs, CTOs, lenders, and EPC contractors who need technically rigorous, vendor-neutral guidance before and during project execution. Engagements are structured around a single objective: giving decision-makers the clarity and confidence to move forward.
The practice is built on four operating principles: factual analysis grounded in engineering data, not assumption; vendor-neutrality across licensors, technology suppliers, and contractors; technical rigour applied consistently from FEED through commissioning; and regulatory awareness that reflects formal training in environmental law and first-hand experience navigating CPCB, MoEF, and state PCB approvals across multiple states.
Factual Analysis
Every recommendation is grounded in engineering data, process calculations, and commercial benchmarks — not market narrative.
Vendor-Neutral
No retainer relationships with licensors, equipment suppliers, or EPC contractors. The advice serves the client’s interest exclusively.
Technically Rigorous
Process design, HAZOP, capex validation, and bid evaluation are executed to MNC standards — with in-house tools and documented methodology.
Regulatory-Aware
Formal training in environmental law (NLSIU) and direct experience navigating CPCB, MoEF, and state PCB frameworks across Odisha, West Bengal, and Eastern India.
Saswat Satpathy
I am a chemical engineer with fourteen years of progressive experience across India’s most technically demanding specialty chemicals, fluorochemicals, agrochemicals, and fertiliser-complex programmes. I have held senior roles at IG Petrochemicals, Deepak Fertilisers & Petrochemicals (DFPCL), Godrej Agrovet / Astec LifeSciences, Navin Fluorine International (NFIL), SRF Limited, and Aditya Birla Chemicals — spanning process engineering, technology transfer, and strategic new-business leadership.
At DFPCL, I worked on selecting the licensor and technology for a ₹3,200 Cr greenfield CNA/WNA and ammonium nitrate complex at Gopalpur, Odisha — one of India’s most significant nitric acid investments of the decade. I shaped approximately ₹500 Cr of purchase and installation scope across the nitric acid and ammonia pipeline workstreams, led Clean Development Mechanism (CDM) registration to monetize N₂O reductions as carbon credits, and coordinated FEED close-out for a ₹1,800 Cr cross-country ammonia pipeline. A cost-engineering methodology I developed during this programme delivered a verified ₹5 Cr saving on a single package by deconstructing OEM scope and re-tendering through Indian fabricators.
At Navin Fluorine International, I owned the Bayer CDMO partnership for 3-Trifluoromethyl Acetophenone (3-TFMAP) end-to-end — managing two phases of toller scale-up before delivering an in-house plant at ₹64 Cr against a ₹94 Cr open-book estimate, a ₹30 Cr (~32%) capital saving achieved by leveraging toller operational data to right-size equipment and de-risk the BEDP before final investment commitment. At Godrej Agrovet / Astec LifeSciences, I led design and execution of a ₹140 Cr multi-product agrochemical facility at Mahad, covering HALEX fluorination and hydrogenation processes. At SRF Limited, I engineered the scale-up of the Direct-Fluorination Platform from concept through pilot and commissioned the Advanced Flow Reactor for heat-intensive specialty-fluorochemical synthesis.
My technical depth spans hazardous-gas chemistry (HF, F₂, Cl₂, HNO₃, NH₃), continuous-flow chemistry, chlor-alkali, nitric acid and ammonium nitrate, phthalic anhydride, fluorination platforms, agrochemical API synthesis, and waste-to-value and pyrolysis processes. I am proficient in ASPEN, DWSIM, Dynochem, AFT, and Yokogawa Centum CS3000 DCS.
I hold a B.Tech in Chemical Engineering from C.V. Raman College of Engineering (BPUT, Bhubaneswar), an M.Tech in Environmental Engineering from Dr. Babasaheb Ambedkar Technological University, Lonere, and a PG Diploma in Environmental Law from the National Law School of India University (NLSIU), Bengaluru. I hold an IELTS Band 7.5 (CEFR C1, 2024) and have completed executive programmes in Flow Chemistry Process Engineering and Operations Management (IIMBx, IIM Bangalore). I am building membership with IIChE, FICCI, and CII Odisha as part of my Year 1 professional development.
Orissa Engineering is the practice through which I make my senior technical and commercial experience available to project promoters, financial institutions, and owners navigating the region.
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