Product Description
We feel glad to introduce ourselves as the leading manufacturer, exporter and supplier of premium quality range of Ferric And Non-Ferric Alum Plant. Offered plant is manufactured under the guidance of our dexterous professionals using high quality component and innovative techniques in adherence with set quality standards. This plant is used for producing of ferric and non ferric alum that has various applications in many industries. Moreover, this Ferric And Non-Ferric Alum Plant is widely appreciated by clients for its low maintenance and rust free structure.
Features:
- Less maintenance
- Impeccable performance
- Optimum functionality
- Low-power consumption
Specification
| Automatic Grade | Automatic |
| Brand | Megatech |
| Bauxite ore | Al2O3 |
| Reaction Temperature | 120 degree C |
| Size | 20 mm |
| Sulphuric Acid | 70% |
Specific Raw Material Consumption (For Alum Containing Alumina as Al2O3 16 %)
| Bauxite | Containing 55 - 58 % Alumina | 0.34 MT / MT of Product |
| Sulphuric Acid | 98.5% | 0.50 MT / MT of Product |
| Steam (Or equivalent fuel if heating oil is used) | | 1.0 MT / MT of Product |
Quantity required daily for 50 TPD Alum Plant:-
| Bauxite | Containing 55 - 58 % Alumina | 17 MT |
| Sulphuric Acid | 98.5% | 25. MT |
| Steam (Or equivalent fuel if heating oil is used) | | 50 MT |
For Ferric Alum:
- Bauxite
- Sulphuric Acid Technical Grade 98.5% pure.
- We can use spent Sulphuric acid along with conc.
- Acid in significant quantity.
For Non Ferric Alum ( Aluminum Sulphate) :- Aluminum Hydrate
- Sulphuric Acid Technical Grade 98.5% pure
Advanced Automation and ControlExperience seamless production with computerized systems and PLC control. Automation minimizes manual intervention and ensures precision in alum manufacturing, while heavy-duty motors and customized drives guarantee reliability and consistent output across various capacities.
Customizable Design and Material OptionsEach alum plant is built to client specifications, offering flexibility in size, weight, mixer type, and construction materialmild steel, SS304, or SS316. Customization enables compatibility for multiple industrial requirements, making the plant ideal for varied usage scenarios.
Efficient Mixing TechnologyEquipped with agitator or paddle mixers, our plants ensure thorough blending of raw materials. This aids in uniform product quality and higher process efficiency. The stainless steel shaft combined with robust drive mechanisms enhances longevity and operational safety.
FAQs of Ferric And Non-Ferric Alum Plant:
Q: How is the operation of the Ferric and Non-Ferric Alum Plant automated?
A: The plant features computerized control and advanced PLC systems that automate processes such as mixing, dosing, and monitoring, thereby increasing efficiency and reducing manual labor.
Q: What materials can be chosen for constructing the alum plant?
A: Depending on specific industrial requirements, the plant can be fabricated in mild steel, SS304, or SS316, ensuring durability and chemical resistance where needed.
Q: When is the ideal time to install a new alum plant for an industrial facility?
A: Installation is most optimal when upgrading production capacity, seeking better process automation, or replacing outdated manual systems. Plants are provided new, ensuring integration with existing operations without downtime.
Q: Where are these Ferric and Non-Ferric Alum Plants manufactured and exported from?
A: The plants are engineered, manufactured, and exported from India by experienced manufacturers and suppliers, serving both domestic and international clients.
Q: What is the process flow for producing alum in this plant?
A: The process involves mixing raw materials using agitator or paddle mixers controlled by a PLC system, followed by chemical reactions and product handling, all managed automatically for consistency.
Q: How can the plants capacity be customized to match specific production needs?
A: Capacities from 1 TPD to 100 TPD can be tailored as per client requirements. The plants design, dimensions, and supporting systems are adjusted accordingly to optimize performance for the target output.
Q: What are the main benefits of using this computerized and automatic alum plant?
A: Customers benefit from reduced operational costs, improved product quality, enhanced process control, and greater operational safety by leveraging advanced automation and specialty materials.