Service Details:
| Plant Capacity | 300–400 m³/day |
| Automation Grade | Semi Automatic |
| Block Density | 500–600 kg/m³ |
| Autoclave Pressure | 10–12 bar |
| Power | 250–300 kW |
| Included Components | Autoclave System, Raw Material Silos, Boiler System, Main Production Line, Crushing & Grinding Unit, Control System, Loading & Unloading System, Curing & Stacking Equipment |
| Land Requirement | 4 acre (174240 sq ft) |
| Fuel Type | Coal |
| Plant Type | Turnkey Plant |
| Technology | Tilting Technology |
Aac plant turnkey project:-
Scope of A Turnkey AAC Plant Project
1. Feasibility & Planning
Market study (local demand for AAC blocks, pricing trends).
Raw material survey (fly ash, lime, gypsum, sand availability).
Project report (techno-economic viability, ROI, payback period).
2. Engineering & Design
Plant layout (land utilization, workflow, utilities).
Civil & structural design (foundation, buildings, storage silos, curing yard).
Electrical, piping, and automation system design.
3. Machinery Supply
Complete AAC block manufacturing machinery:
Batching & mixing system
Moulds & pre-curing arrangements
Cutting machines
Autoclaves & boiler system
Packing & handling equipment
Automation (PLC/SCADA if fully automatic plant).
4. Erection & Commissioning
Installation of machines & civil structures.
Alignment, trial runs, and calibration.
First production batches.
5. Training & Handover
Training plant operators & maintenance staff.
SOPs (standard operating procedures).
Quality control protocols (strength, density, curing tests).
6. After-Sales Support
Spares supply.
Troubleshooting & performance optimization.
Periodic audits (some consultants include 6–12 months of post-setup support).
Service Details:
| Minimum Order Quantity | 1 Piece |
| Plant Capacity | 600–800 m³/day |
| Automation Grade | Fully Automatic |
| Block Density | 500–600 kg/m³ |
| Autoclave Pressure | 10–12 bar |
| Power | 200–250 kW |
| Fuel Type | Coal |
| Block Size | 600×200×200 mm, 600×200×100 mm, 625×240×200 mm, 625×240×150 mm, 600×200×150 mm |
| Plant Type | Turnkey Plant |
| Usage Area | Factory |
Bhagyashree Ventures is an Indian company based in Vesu, Surat, Gujarat, India that specializes in Autoclaved Aerated Concrete (AAC) plant manufacturing, consultancy, and turnkey services.
📌 What Bhagyashree Ventures DoesAAC Plant Manufacturing & Supply – They provide complete AAC block production lines including machinery and equipment tailored to client requirements.
Plant Installation & Commissioning – Handling erection, installation, electrical work, piping (IBR), boiler setup, and start-up for AAC plants.
Turnkey Project Delivery – Complete project execution from civil works and shed construction to plant commissioning.
Consultancy & Feasibility Studies – Market analysis, site evaluation, project planning, and design for new AAC plant ventures.
Production Services & Support – They also undertake production contracts, offer technical training, and post-commissioning support to optimize operations.
Company roots trace back to efforts in AAC sector since about 2010, evolving from earlier ventures like Lakshsheela Technologies.
They claim to have completed 30 + AAC plant projects across India (installation, erection, commissioning).
Headquarters: Vesu, Surat, Gujarat, India.
Services cover AAC plant machinery, autoclaves, tilting machines, block production lines, and project execution.
If you’re considering setting up an AAC manufacturing facility or need consultancy for production optimization, I can summarize typical plant costs and capacity options too — just tell me your expected daily output (e.g., 200 m³/day or 500 m³/day).
Additional Information:
Service Details:
| Plant Capacity | 500–600 m³/day |
| Automation Grade | Semi Automatic |
| Block Density | 500–600 kg/m³ |
| Autoclave Pressure | 10–12 bar |
| Power | 200–250 kW |
| Fuel Type | Coal |
| Block Size | 625×240×200 mm, 625×240×150 mm, 600×200×200 mm, 600×200×150 mm, 600×200×100 mm |
| Plant Type | Turnkey Plant |
| Usage Area | Factory |
Stores newly prepared slurry from the main slurry mixer before it goes into moulds.
Ensures uniform consistency and temperature for green cake formation.
Acts as a buffer between mixer and casting line.
Capacity: Sized according to plant output (typically 2–4 hours of production).
Agitation: Mechanical stirrers to prevent settling of sand/fly ash.
Discharge: Bottom cone or outlet pipe feeding directly into moulds.
Sensors: Level indicator, temperature sensor, and sometimes slurry density monitor.
Material: Mild steel with epoxy lining or stainless steel for corrosion resistance.
Collects leftover slurry or scraps from moulds, cutting areas, or cleaning operations.
Stores scrap slurry temporarily for reprocessing or recycling.
Minimizes waste and reduces production costs.
Pit-type or underground tank with a hopper-like design.
Agitation or recirculation system to prevent settlement.
Can feed scrap slurry back to main slurry mixer after screening and adjusting water/chemicals.
Often called ground pit tank, scrap tank, or recovery tank.
May have grit/solid separation system to remove large debris before recycling.
Service Details:
| Plant Capacity | 300–400 m³/day |
| Automation Grade | Semi Automatic |
| Block Density | 500–600 kg/m³ |
| Autoclave Pressure | 10–12 bar |
| Power | 500 kv |
| Included Components | Boiler System, Curing & Stacking Equipment, Raw Material Silos, Crushing & Grinding Unit, Loading & Unloading System, Control System, Autoclave System, Main Production Line |
| Land Requirement | 4 acre (174240 sq ft) |
| Fuel Type | Coal |
| Plant Type | Turnkey Plant |
| Technology | Tilting Technology |