India’s industrial investors lean harder on feasibility studies in 2026

By AI, Created 10:23 AM UTC, May 20, 2026, /AGP/ – As India pushes industrial growth in 2026, investors are relying more on feasibility studies and business plans to reduce project failure, control costs and secure financing. Noida-based IMARC Engineering is positioning its engineering-led advisory model as a tool for lenders, manufacturers and public agencies evaluating high-stakes projects.

Why it matters: - India’s industrial investment pipeline is growing across manufacturing, EVs, pharmaceuticals, green hydrogen, semiconductors and specialty chemicals. - Project failure remains a major risk. Nearly 90% of Indian start-ups fail within five years, a gap tied to weak market validation and poor financial planning. - Feasibility studies and business plans are becoming core de-risking tools for projects that must satisfy lenders, investors and regulators.

What happened: - IMARC Engineering, an EPCM advisory firm based in Noida, said it is helping investors, manufacturers, financial institutions and government bodies with engineering-led feasibility analysis and business planning. - The firm said its reports are designed to support informed capital decisions across India. - IMARC Engineering said its work covers sectors including pharmaceuticals, food processing, chemicals, automotive, renewable energy and heavy manufacturing. - The company also operates a sales office in Brooklyn, New York.

The details: - India’s manufacturing sector contributes 13% to 17% of GDP, with a national target of 25% under the Make in India initiative. - Project failures in India often stem from unrealistic financial projections, weak market research, underestimated regulatory complexity and poor technical evaluation. - A manufacturing feasibility study is meant to assess market demand, technology viability, scalability, project costs, expected returns and lender requirements under conservative assumptions. - Feasibility work also feeds Detailed Project Reports and bankable studies used by institutions such as SIDBI and NABARD, as well as multilateral lenders including the World Bank and the Asian Development Bank. - The company said project costs are often underestimated when teams rely on generic assumptions instead of project-specific engineering. - Plant layout, utilities, equipment specifications and compliance costs are common pressure points that can trigger overruns, delays and weaker returns. - IMARC Engineering said its approach starts with process design, equipment selection, plant layout and utilities planning before building the financial model. - The firm said its models include NPV, IRR, discounted cash flow, payback period and break-even analysis, with sensitivity testing for raw material costs, capacity utilisation, pricing and market penetration. - IMARC Engineering said recent client engagements identified CapEx gaps that would have reduced project IRR and helped speed credit approvals by cutting review iterations with lenders. - A business plan is the execution layer. It lays out the business model, market strategy, revenue streams, cost structure, funding needs and risk mitigation. - Financial institutions typically require both feasibility studies and business plans during due diligence, with one validating viability and the other showing execution capability. - Sector-specific expertise matters because a generic manufacturing template can produce unreliable results for regulated facilities such as GMP plants, food units or agrochemical sites. - IMARC Engineering listed sector coverage that includes pharmaceutical and life sciences, food and beverage processing, chemicals and specialty chemicals, renewable energy and EV manufacturing, agrochemicals and fertilisers, automotive and auto components, heavy manufacturing and emerging sectors such as semiconductors, advanced materials, data centres, textiles, cement and steel. - The company said sector reviews can include CDSCO and WHO-GMP compliance, FSSAI requirements, PESO licensing, CPCB consent, effluent treatment, process safety, PLI-linked economics, IATF 16949/ISO certification, OEM qualification and utility and civil cost assessment. - IMARC Engineering said its feasibility studies also account for ESG factors, MoEFCC and State Pollution Control Board oversight, policy incentives and approval timelines. - The firm said it provides continuity from feasibility and DPR preparation through engineering design, procurement, regulatory approvals, project management and commissioning.

Between the lines: - The pitch reflects a broader shift in Indian industrial investing: capital is moving faster, but scrutiny is rising just as project complexity increases. - Engineering-led planning is being framed as a competitive advantage because the technical assumptions drive the financial outcome. - The focus on sustainability, incentives and approval timing suggests investors now want project plans that work on paper, in regulation and in execution.

What’s next: - IMARC Engineering said feasibility demand will keep rising as technology, regulation and investor expectations evolve. - The firm also pointed to AI-driven demand forecasting, digital process simulation and ESG-focused planning as emerging expectations in 2026. - Policy-led opportunities, including PLI schemes across 14+ sectors and the ₹111 lakh crore National Infrastructure Pipeline, are expected to keep generating new industrial projects. - For investors, the practical next step is a feasibility study that aligns technical design, financial assumptions and compliance requirements before capital is committed.

The bottom line: - In India’s 2026 industrial cycle, feasibility studies are no longer a formality. They are becoming a gatekeeper for financing, execution and project survival.