Power & Space Requirements for Setting Up a Fly Ash Brick Plant in India
Before taking dispatch of your brick making machinery, your factory site must have two essential utilities ready: an adequate commercial 3-phase electrical power connection and a well-zoned civil layout for raw material staging, machine installation, and brick curing. This practical guide breaks down the exact requirements based on our verified machinery setups in Morbi, Gujarat.
1. Electrical Power Infrastructure: 17 HP vs 30 HP
Commercial hydraulic brick presses strictly require industrial 3-phase electric supply (415 V, 50 Hz). Single-phase domestic lines cannot support heavy hydraulic power pack starting currents.
4 KVT Plant Setup Power Load
~17 HP Connected- Main Hydraulic Power Pack:7.5 HP (Crompton)
- 5 ft Heavy Roll Pan Mixer:7.5 HP Motor
- 17 ft Material Conveyor:2.0 HP Motor
- Recommended Generator Backup:25 kVA DG Set
Ideal for rural agricultural/industrial zones with small power sanction limits.
8 KVT & 10-Brick Flagship Load
~30 HP Connected- Main Hydraulic Power Pack:10.0 HP (Prefill Manifold)
- Dual 5 ft Pan Mixers (2 Units):15.0 HP (7.5 HP × 2)
- 18 ft Feeding Conveyor:2.0 HP Motor
- Vibration System & Aux Controls:2.0 HP High-Frequency
- Recommended Generator Backup:40–50 kVA DG Set
Supports high-speed continuous cycles with dual pan mixer material preparation.
2. Land Footprint & Plant Zoning (Planning Estimate: 5,000 to 10,000+ Sq Ft)
A common buyer mistake is preparing only enough space for the machine itself. A commercial brick plant functions as a high-throughput factory requiring distinct staging zones:
Covered shed housing the brick press, pan mixer(s), feeding conveyor, and Siemens/PLC control panel. Minimum roof clearance of 14–16 feet is necessary to accommodate conveyor angle and hopper discharge.
Segregated bays for dry Fly Ash (covered from rain and high wind), quarry stone dust / sand stockpiles, and a moisture-proof cement storage godown for 200–500 bags.
Leveled concrete or compacted stone yard for green brick pallet offloading, 7-day water curing lines, and tractor/truck loading lanes with adequate turning radius.
To produce 10,000 bricks per day with standard 7-day water spray curing, your yard must hold approximately 50,000 to 70,000 bricks in active curing at any given time. Ensure the curing yard is graded with a gentle 1% slope so runoff water drains into a collection sump for recycling.
3. Water Supply & Curing Utilities
Consistent water availability is essential for both homogeneous raw material mixing and strength-building hydration curing.
Mixing Water (in Pan Mixer)
Fly ash brick mixtures require approximately 8% to 12% moisture by weight. For a typical 500 kg batch, approximately 40 to 60 liters of clean water is introduced to achieve optimum compaction consistency without slurry formation.
Curing Spray Water
Freshly demoulded green bricks undergo chemical hydration over 7 to 14 days. Daily water spraying (via overhead sprinkler piping or manual hose nozzles) is conducted 2 to 3 times per day depending on ambient temperature.
4. Pre-Installation Site Readiness Checklist
Before our factory technician visits for machine erection and hydraulic commissioning, verify that your site has completed the following items:
Request Free Site Layout & Power Sizing Consultation
Share your plot dimensions and sanctioned power capacity with our engineering team in Morbi. We will provide machine foundation drawings and customized layout recommendations.