Vessels & Tanks
📝 Machine Overview
Process Vessels and Storage Tanks are the foundational units of containment in any industrial plant, designed for the storage, mixing, reaction, blending, or holding of liquids, gases, and solids. Far more than simple containers, they are engineered systems tailored to specific process conditions, material properties, and hygiene standards. Our portfolio ranges from standard atmospheric tanks to highly customized, pressurized process vessels, all built to ensure integrity, safety, and operational efficiency throughout their lifecycle.
Bulk storage of raw materials, intermediates, and finished products.
Chemical mixing, blending, and dissolution.
Pharmaceutical and biotech ingredient holding, buffer preparation, and CIP systems.
Food & beverage fermentation, brewing, and ingredient storage.
Water and wastewater treatment (clarifiers, aerators, dosing tanks).
Fuel and lubricant storage in energy sector.
Solvent recovery and distillation processes.
Chemical & Petrochemical
Pharmaceuticals & Biotechnology
Food & Beverage
Water & Wastewater Treatment
Oil & Gas, Energy
Paints, Coatings & Inks
Mining & Mineral Processing
Pulp & Paper
The primary function is safe containment, but design varies dramatically by purpose:
Storage: Maintain product quantity and quality (e.g., with nitrogen blanketing).
Processing: Facilitate reactions, mixing, heating/cooling, distillation, or extraction.
Buffering: Provide surge capacity between process steps for continuous operations.
We engineer each vessel as a system, integrating structural design, material science, and process requirements into a coherent, reliable unit.
By Pressure:
Atmospheric Tanks: Fixed roof, floating roof (for volatiles), or open-top.
Pressure Vessels: Designed to ASME BPVC Sec. VIII, Div. 1 or 2, for internal/external pressure.
By Function:
Storage Tanks: Horizontal, vertical, conical, spherical (for high-pressure gases).
Mix Tanks / Blending Vessels: Fitted with agitators and baffles.
Reaction Vessels: With jackets, coils, and sophisticated instrumentation.
Buffer & Holding Tanks: For surge or dwell time.
Custom Fabrications: Distillation columns, receivers, separators, dye tanks.
By Construction:
Stainless Steel (SS): SS304, SS316/L, Duplex, for hygienic or corrosive service.
Carbon Steel (CS): Often with internal linings (epoxy, rubber, glass) for corrosion protection.
Alloy & Exotic Materials: Hastelloy, Titanium, Nickel alloys.
Plastic/Polyethylene: Rotationally molded for chemical storage.
⚙️ Technical Specifications & Features
" Core Technical Specifications "
| Parameter | Specification Range | |
|---|---|---|
|
1 |
Capacity |
200 Litres to 500,000+ Litres (custom designs beyond) |
|
2 |
Design Codes |
ASME BPVC Sec. VIII, PED 2014/68/EU (CE Marked), AD-2000, AS1210 |
|
3
|
Design Pressure |
Full vacuum to 100+ bar (for pressure vessels) |
|
4
|
Design Temperature |
-50°C to +300°C+ (material dependent) |
|
5 |
Standard Materials |
CS with coatings, SS304/316L, Duplex (2205), Alloy 20 |
|
6
|
Surface Finish (SS) |
Mill finish, 2B, #4 Brushed, Electropolished (Ra < 0.5 µm for sanitary) |
|
7 |
Agitation Options |
Top/bottom entry, magnetic drive; various impeller types. |
|
8 |
Heat Transfer |
Jackets: Conventional, Dimple, Half-Pipe Coil. Internal coils/side panels. |
|
9 |
Instrumentation |
Full complement of nozzles for level, temperature, pressure, pH, sampling. |
|
10 |
Hygienic Design |
CIP/SIP capable, orbital welds, drainable, polished interiors.
|
" Advanced Technical Features "
Core Features
Code-Compliant Engineering: All pressure equipment is designed and stamped by certified engineers, with full documentation (DRs, MDRs).
Advanced Fabrication: Automated TIG/MIG welding, passivation of stainless steel, and rigorous NDE (RT, PT, UT) ensure structural integrity.
Process-Optimized Internals: Custom-designed baffles, spargers, dip pipes, and distributors to meet exact process flow and mixing requirements.
Comprehensive Appurtenances: Integrated manways, sight glasses, spray balls (CIP), rupture discs, and safety valve connections.
Modular & Skidded Designs: Pre-assembled units with pumps, valves, and piping on a common frame for reduced field installation time and cost.
Corrosion Management: Expert material selection and application of protective linings or cladding for long service life in aggressive environments.
Competitive Advantages
Single-Source Responsibility: From conceptual design and engineering to fabrication, testing, and certification, we manage the entire project.
Total Lifecycle Value: Robust construction and premium materials minimize maintenance and downtime, delivering a lower total cost of ownership.
Hygiene-First Design: For regulated sectors, our sanitary vessels are designed to meet cGMP, FDA, EHEDG, and 3-A standards, reducing contamination risk.
Scalability & Repeatability: Designs are documented and scalable, ensuring identical performance for duplicate or expanded production lines.
Global Compliance Support: Expertise in navigating international design and safety codes for seamless global deployment.
Installation & Commissioning
We provide detailed foundation drawings, load data, and connection summaries. Our scope can extend to include field installation supervision, alignment, hydrostatic/pneumatic testing, and SAT (Site Acceptance Testing). For skidded units, we deliver fully FAT-tested (Factory Acceptance Test) systems, significantly reducing on-site commissioning time.
