1. Company overview & snapshot

• Clariant IGL Specialty Chemicals (CISC) is the 51:49 joint venture between Clariant and India Glycols, formally established in 2021, to produce renewable ethylene oxide derivatives.
• The Kashipur site is not just a warehouse or sales branch. Public Clariant material describes it as a multipurpose production facility with an alkoxylation plant, on-site R&D, and regional supply responsibility across India, Sri Lanka, Bangladesh, Nepal, and selected export markets.
• The JV publicly states it has about 200 employees and is positioned as a leader in renewable or “green” EO derivatives, especially for home and personal care and adjacent specialty-chemical segments.
• Recent public signals:
  • 2021 JV formation and transfer of the Kashipur alkoxylation asset into the new company
  • 2023 ChemExpo positioning around Kashipur as a “closer to customers” base
  • Continued public emphasis on the Vita range of 100% bio-based, carbon-reducing products with RCI >95%
• Stamped takeaway: this is one of the highest-quality industrial targets in the set from an energy-intensity and digital-readiness standpoint, but also one of the hardest procedurally because it is a multinational JV.

2. Energy profile

• DISCOM: Likely UPCL for the Kashipur industrial site, but this must be verified carefully because some utilities may be supplied or coordinated through the India Glycols relationship rather than through a simple standalone plant bill.
• Estimated bill band: Strong Band A probability. An alkoxylation and multipurpose specialty-chemicals plant with export ambitions and on-site R&D is almost certainly a meaningful HT consumer.
• Likely major loads:
  • Alkoxylation trains and related process utilities
  • Steam, chilled water, cooling systems, pumps, and compressed air
  • Possible nitrogen/inerting support, depending on process safety setup
  • Effluent handling and site-wide utility systems
• Renewables / sustainability signals:
  • Feedstock linkage to bio-ethanol-derived EO
  • Public renewable-product positioning and strong carbon-footprint narrative
  • ISCC PLUS-style supply-chain traceability and segregated renewable-product claims appear in public messaging around the Vita range
• ISO 50001 / EnMS / sustainability signals:
  • No public ISO 50001 certification was found for Kashipur.
  • Sustainability maturity is clearly high, but that does not automatically mean plant-level bill optimization is closed-loop.
• Likely bill pain points:
  • Utility dispatch inefficiency across a multipurpose plant
  • Demand spikes during campaign startups, CIP/changeovers, or utility restarts
  • Reconciliation gap between process optimization, sustainability messaging, and actual bill outcomes

3. Operations, equipment & digital stack

• Public information points to a sophisticated specialty-chemicals operation:
  • multipurpose production facility
  • alkoxylation plant
  • fully segregated renewable-product capability for the Vita range
  • on-site R&D / application support
• Operationally, this is likely a continuous-plus-campaign environment rather than a simple batch-only site. That matters because Stamped can help reconcile when utility demand moves disproportionately to production value.
• Likely process loads include reactors, utility headers, chillers, compressors, pumps, control systems, and environmental/safety support equipment.
• Digital maturity is likely high relative to most regional plants:
  • Multinational JV governance
  • Process complexity
  • Sustainability certification / traceability posture
  • Customer-facing renewable-product claims
• Exact DCS/EMS vendor is not public, but it is reasonable to assume enough instrumentation exists for a read-only deployment. The selling challenge is less “can data be read?” and more “can a plant-level pilot be approved locally?“

4. Stamped Energy fit analysis

• Why this is a strong fit technically: Kashipur appears to be a utility-dense process plant where even a low-single-digit correction in demand, dispatch, or idle utility load can be economically meaningful.
• Why the pitch must be precise: this team likely already has dashboards, process controls, and sustainability reporting. Stamped must therefore position as the prescriptive layer that proves savings on the bill, not as another visibility tool.
• Best entry angle:
  • site-level utility optimization
  • read-only overlay on existing DCS/EMS
  • faster isolation of which campaign or utility condition actually moved the bill
  • audit-ready bill verification useful for both plant and reporting stakeholders
• Proof points that should land:
  • no control writes
  • no disruption to validated process systems
  • 90-Day Bill Verification Program
  • strong fit with plants that already collect data but need prioritization tied to rupees
• Likely alternatives or competitive context:
  • internal process engineering and utilities teams
  • global Clariant digital or continuous-improvement programs
  • parent-company utility know-how via India Glycols
  • external automation/EMS vendors already in the stack

5. Before you reach out

• Verify who actually receives and owns the electricity economics: direct site bill, parent utility arrangement, or some blended structure.
• Confirm whether the immediate buyer is the site head, utilities/process engineering, or a broader regional procurement / digital function.
• Lead with one narrow hypothesis: “Which startup/changeover or utility condition is leaking rupees on the bill?” That will play better than a broad efficiency pitch.
• Ask whether the plant already reviews demand and utility behavior by campaign, by product family, or only at monthly total-factory level.
• Use their renewable-materials narrative carefully: position Stamped as a complement to sustainability claims because it verifies operating outcomes, not as an ESG platform.
• Be prepared for cybersecurity and vendor-approval questions very early.
• Landmines:
  • MNC procurement and IT review can slow even read-only pilots
  • If electricity or utilities are partly bundled via India Glycols, the bill owner may not be the most obvious site contact
  • Do not insult the existing controls stack by implying the plant lacks monitoring

6. Risks, flags & sources

• Data-quality flags:
  • No public electricity-bill or sanctioned-demand data found.
  • No public ISO 50001 disclosure found.
  • Utility-commercial structure may be more complex than a standard standalone UPCL bill because of the JV and parent-supply relationship.
  • Exact DCS/EMS stack is inferred from plant sophistication, not publicly documented.
• Sources consulted:
  • https://www.clariant.com/en/Corporate/News/2021/07/Clariant-and-India-Glycols-successfully-established-joint-venture-for-renewable-ethylene-oxide-deriv
  • https://www.clariant.com/en/Corporate/News/2023/04/Clariant-IGL-Specialty-Chemicals-CISC-showcases-renewablebased-ethylene-oxide-derivatives-at-ChemExp
  • https://www.clariant.com/en/Corporate/Events/2026/04/CHEMEXPOINDIA-2026
  • https://www.coatingsworld.com/breaking-news/clariant-igl-specialty-chemicals-showcases-renewable-based-ethylene-oxide-derivatives/
  • https://www.clariant.com/-/media/Files/Corporate/Investors/Annual-Report/clariant-review-on-performance-people-planet-2022-EN.pdf