Aravali Minerals – Industrial Processing Facility | Parbatsar

The facility that was designed by Aravali Minerals in Parbatsar is not merely an industrial structure, but is shaped by the reality of mineral processing. With a total area of 15,000 square feet, the building was designed to accommodate material-intensive work, equipment loads and the continuous use conditions that are typical of industries that rely on minerals. As one of the leading PEB manufacturers in India, Nashtech delivers industrial steel buildings designed for performance, durability, and long-term operational efficiency.

Since the start, the goal was simple: build a reliable industrial factory building and steel structure shed that could function in dusty environments, provide support for processing equipment, and permit fluid internal movement. A steel structure system was chosen to guarantee the strength, speedier execution and long-term durability under such difficult conditions.

Technical Overview — Aravali Minerals, Parbatsar

SITE & GROUND PREPARATION

Reading the Ground Before Breaking It

Every reliable structure begins below the surface. The site at Parbatsar was assessed for soil bearing capacity, terrain drainage behaviour, and raw material movement corridors. Levelling and compaction were completed to ensure uniform load distribution across the entire footprint. Zones for incoming material, internal workflow, and processed output were mapped before a single column base was poured.

Steel That Works as Hard as the Operation

Mineral processing puts real stress on a structure — vibration from heavy equipment, concentrated point loads, airborne abrasives, and continuous operating cycles. The structural design addressed each variable directly.

Primary frame

Steel columns and rafters sized for equipment point loads and open-span requirements.

Bracing system

Lateral bracing resists wind pressure and prevents sway under machinery vibration.

Bolted connections

High-strength bolting ensures rigidity at every joint and simplifies future maintenance.

RCC foundations

Reinforced concrete footings anchor the frame and distribute equipment loads safely.

How the Facility Came Together

1. Foundation laying — RCC footings cast with accurate anchor bolt positioning to receive the column bases.
2. Steel fabrication — Columns, rafters, and secondary members cut, welded, and shaped off-site under controlled conditions.
3. Surface treatment — Anti-corrosion coatings applied before erection to protect steel in mineral-heavy environments.
4. Frame erection — Structural frame lifted and positioned using mechanical equipment; alignment verified at each stage.
5. Secondary structure & envelope — Purlins, girts, roofing sheets, and wall cladding installed with dimensional checks throughout.
6. Final assembly & handover — Systematic bolting completed, ventilation openings confirmed, and structure handed over for fit-out.

Keeping Conditions Manageable Inside

Mineral processing generates dust, heat, and moisture. The building's outer skin was designed as a functional barrier, not just cladding. Profiled steel wall panels resist abrasive particle impact. Metal roofing sheets are rated for industrial service exposure. The natural ventilation strategy — using ridge and wall openings calibrated to the facility's volume — keeps air moving to dilute dust concentration and reduce heat build-up without mechanical systems.

What the Facility Delivers in Practice

• Open-span layout: supports bulk material movement without column obstructions
• Steel build reduced construction time: versus conventional RCC structures
• Anti-corrosion finish: extends service life in abrasive mineral environments
• Bolted connections: allow future reconfiguration as operations scale
• Low maintenance requirements: keep long-term operational costs manageable

A Structure That Keeps Paying Back

Industrial facilities are long-term investments. They are assets that will last for a long time. Aravali Minerals facility was constructed with this perspective in mind - not only for the day it opens but also for the decade to come. The decision to use bolted steel connections instead of welded alternatives allows individual components to be checked, replaced or reconfigured, without structural damage. The anti-corrosion coating system cuts down maintenance cycles dramatically, making the facility operational and costs of maintenance can be predicted.

As operations grow, the open-span layout provides genuine flexibility. Additional equipment can be introduced, material flow paths can be adjusted, and the structure can be extended without compromising the original frame. What was built for today's capacity is ready to absorb tomorrow's demands — making this facility not just a construction outcome, but a lasting operational advantage for Aravali Minerals at Parbatsar.

This project shows how a well-engineered industrial shed and factory building in Parbatsar can directly support operational efficiency when the design is aligned with real working conditions. The Aravali Minerals building is not just built to stand—it is built to perform consistently under industrial pressure.