Optimized Thermal Design
Advanced coil geometry and burner configuration ensure uniform heat distribution, eliminating hotspots.
For 15 years Esteem has redefined the boundaries of Acetic Acid cracking. We own the Ketene cracker IP, supply the basic engineering & process design package, deliver complete LSTK plants, and stand behind the plant from raw material to finished product. We are not an executor under someone else's license — we are the licensor.
Selected references: Ketene Furnace for LOIL (Mahad) · Ketene Furnace for Jubilant Life Sciences (Nira) · LSTK Acetic Anhydride plant for a leading chemical and pharma client
The Esteem Ketene Process™ represents 15 years of continuous evolution and proven performance. Conversion efficiencies exceeding 92% are paired with improved energy performance and longer campaigns between decoking cycles.
More importantly, Ketene capability acts as a technology halo. A company that can engineer this service is bringing unusual process and thermal depth to refinery heaters, reformers, and revamp work as well.
92%+
Conversion Efficiency
-15%
Energy per Ton
15 Years
Continuous Evolution
Extended
Run Length
Esteem provides complete LSTK Acetic Anhydride plants built around our proprietary Ketene cracker. We own the basic engineering and process design package (PDP), execute the entire plant under one accountable scope, and underwrite the finished plant with end-to-end performance guarantees from feed quality to product purity.
This is what licensors do. It is what separates us from execution-only contractors and from licensors who don't build what they design.
Performance contract spans raw material specification to finished Acetic Anhydride product quality.
Esteem-owned Ketene cracker design — no licensor royalty stack on top of execution.
Process, engineering, fabrication, erection, commissioning — single point of accountability.
Continuous evolution of the Esteem Ketene Process™ since the early 2010s.
A concise view of how Esteem Ketene technology compares to typical industry practice.
| Metric | Standard | Esteem |
|---|---|---|
| Conversion Efficiency | 85–88% | 92%+ |
| Tube Skin Temperature | High variance | Optimized |
| Coking Rate | Monthly decoking | Extended cycles |
| Energy Consumption | Standard | -15% lower |
Process design, thermal engineering, and severe-service furnace know-how working together to translate chemistry into reliable, high-yield operation.
Advanced coil geometry and burner configuration ensure uniform heat distribution, eliminating hotspots.
Advanced reactor design refined over 15 years, delivering superior yields with operational flexibility.
Reduced coking rates minimize shutdown frequency, maximizing production uptime.
High-purity Ketene supports a broad spectrum of acetylation chemistry and industrial applications.
Primary application for pharmaceutical manufacturing, cellulose acetate, and chemical synthesis.
For photographic films, textiles, and cigarette filters.
Aspirin and other acetylated compounds.
Sorbic acid, alkyl ketene dimers, acetyl chloride.
AKDs for water resistance.
Complete technology packages.
Connect with our specialists to review yields, energy targets, and integration with your acetic anhydride or downstream chain.