Nirlat Paint Company Facility Project

As part of this comprehensive project, we executed the design, manufacturing, and installation of 7 storage tanks for "Nirlat" paint company, specifically engineered for storing materials used in paint industry applications.

Project Details - Thermoplastic Tanks for Nirlat:

Tank Configuration:

• 6 Polypropylene (PP) Tanks - Primary storage solutions for chemical compatibility
• 1 Additional HDPE (High-Density Polyethylene) Tank - Specialized material requirements
• Application: Safe storage of paints, solvents, and water/oil-based compounds

Engineering Design Features:

Structural Configuration:

• Cylindrical Design with Concealed Conical Bottom - Positioned within supporting skirt for complete drainage and clean appearance
• Integrated Walkway Bridges - Dedicated access systems between tanks for convenient, safe operation and routine maintenance
• Complete Operational Adaptation - Custom design matching facility operational needs, including connection interfaces, service ports, and precise structural engineering

Technical Specifications:

Material Selection:

• PP Construction: Chemical resistance for paint and solvent storage
• HDPE Construction: Enhanced durability for specific chemical requirements
• Food/Chemical Grade: Compliance with industry storage standards

Design Advantages:

• Complete Drainage System: Concealed conical bottoms ensure zero product residue
• Safety Access: Integrated walkway systems for maintenance and inspection
• Operational Efficiency: Custom interfaces for seamless facility integration
• Clean Aesthetics: Hidden conical design within supporting skirt structure

Installation Features:

Site Integration:

• Precision-engineered for existing facility layout
• Custom connection systems for operational workflow
• Safety-compliant access and maintenance systems
• Complete structural support and anchoring

Operational Benefits:

• Enhanced storage capacity and organization
• Improved safety protocols for chemical handling
• Reduced maintenance requirements
• Optimized material flow and accessibility

Project Execution: The project was completed in full compliance with safety, quality, and engineering design standards, with comprehensive support from the initial design phase through operational commissioning.