1. Company overview & snapshot

• Forace Polymers is a private Haridwar-based specialty materials manufacturer focused on phenolic and furan resins, refractory coatings, foundry consumables, and resin-coated sand.
• The company positions itself as one of the largest producers of phenolic and furan resins in the Indian subcontinent, with exports to roughly 24 countries and a workforce signal around 150 employees.
• The Bahadrabad / Haridwar plant is clearly the core manufacturing asset. Public materials call out:
  • fully automated DCS-controlled manufacturing
  • SAP HANA and warehouse-management integration
  • DSIR-approved R&D support
  • significant installed capacities across resin, coatings, non-ferrous consumables, and resin-coated sand
• Recent public signals:
  • no major last-12-month capex announcement was easily found
  • the company is still visibly active in market-facing events, including Inter Foundry 2026
  • its own website strongly emphasizes automation, traceability, and manufacturing scale
• Stamped takeaway: this is one of the best pure process-manufacturing fits in the list, with the added advantage that the plant appears digitally mature enough to support read-only deployment.

2. Energy profile

• DISCOM: Very likely UPCL, given the Haridwar/Bahadrabad Uttarakhand location. Verify the exact HT tariff category, sanctioned demand, and standby-generation use.
• Estimated bill band: Strong Band A probability. Resin cooking, coatings, sand processing, and 24/7 plant operations together imply a substantial utility footprint.
• Likely major loads:
  • Resin cooking and associated heating/holding
  • Mixing, transfer, and coating systems
  • Resin-coated sand processing
  • Compressors, pumps, plant ventilation, and material handling
  • Standby generation / DG support, which the company publicly notes as part of uninterrupted operations
• ISO 50001 / EnMS / sustainability signals:
  • Publicly confirmed: ISO 9001:2015
  • No public ISO 50001 evidence found
  • Strong quality and traceability systems, but little explicit public narrative on energy management beyond automated control
• Likely Stamped-relevant pain points:
  • Thermal idle-hold in resin cooking
  • MD overlap between reactors, coating lines, sand processing, and utilities
  • High baseload in a 24/7 operation where operators may normalize avoidable utility drift
  • DG/grid interplay during supply interruptions or reliability management

3. Operations, equipment & digital stack

• Public information is unusually strong here for a private industrial company:
  • Full automation of plant with DCS controlled operations
  • SAP HANA rolled out for integrating functions
  • Warehouse Management System for traceability
  • Public discussion of DCS, SAP QM, and plant-floor-to-enterprise connectivity
• Operationally, this is very likely a serious continuous-or-multi-batch process environment rather than a small jobbing unit.
• The public product mix implies major process loads across:
  • phenolic/furan resin manufacture
  • refractory/coating formulations
  • resin-coated sand
  • foundry consumables with material-handling and packaging support
• Shift pattern is likely round-the-clock or close to it; one public source explicitly describes round-the-clock plant operations.
• AI / Industry 4.0 signal: no explicit AI program found, but the combination of DCS + SAP HANA + WMS indicates strong readiness for a prescriptive analytics overlay.

4. Stamped Energy fit analysis

• Why this is a strong fit: Forace already has digital plumbing and a utility-heavy process. That is the exact environment where Stamped can avoid a long instrumentation phase and instead focus on finding rupee leaks quickly.
• Best entry angle: margin defense for resin and foundry consumables. The strongest pitch is likely “identify which cooking/utility patterns are bloating the UPCL bill and verify savings in one cycle.”
• Why the proof should resonate:
  • read-only on top of existing control and traceability stack
  • no replacement of DCS or SAP
  • bill-verified prescription rather than another monitoring screen
  • valuable even for a disciplined plant because disciplined plants still hide utility overlap
• Potential proof points to emphasize:
  • 90-Day Bill Verification Program
  • ability to prioritize MD, idle-hold, and off-shift utility waste
  • alignment with plants already strong on automation but still judged on P&L
• Likely alternatives or objections:
  • internal technical confidence: “our DCS already shows enough”
  • leadership may prefer a traditional consultant or to keep optimization in-house
  • if site power reliability is the dominant pain, analytics alone may not solve the root cause

5. Before you reach out

• Confirm the monthly UPCL bill and whether DG usage or power-quality issues materially affect the economics.
• Ask which process block creates the most energy pain today: resin cooking, sand, coatings, or common utilities.
• Verify whether feeder-level metering exists by process block; this plant is a prime candidate for a fast read-only pilot if that data is already available.
• Lead with “you already run a controlled plant; we help convert that control into bill-verified savings.”
• Ask whether management reviews energy by ton / batch / campaign today or only at factory-total level.
• Use the DCS + SAP traceability story as a hook, not as proof that they have no gap.
• Landmines:
  • if the contact believes DCS equals solved energy management, the conversation can stall
  • owner-led teams may react better to rupee language than engineering language
  • do not over-assume exact thermal utility configuration without confirmation

6. Risks, flags & sources

• Data-quality flags:
  • No public electricity-bill or sanctioned-demand data found.
  • No public ISO 50001 disclosure found.
  • Public capacity figures vary somewhat across sources, though all point to a meaningful-scale operation.
  • Thermal-system specifics are inferred from product/process type rather than a plant utility sheet.
• Sources consulted:
  • https://foracespeciality.com/
  • https://foracespeciality.com/about-us/
  • https://foracespeciality.com/quality-assurance/
  • https://foracespeciality.com/wp-content/uploads/2019/08/Latest-Brochure.pdf
  • https://in.linkedin.com/company/forace-polymers-private-limited
  • https://www.indiamart.com/forcepolymers-limited/aboutus.html