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WHIRLER CENTRIFUGALS PVT. LTD.
GST : 24AAACW1729R1ZX

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Starch Plant

maize starch ester Continuous Homogenization Extraction Plant

maize starch ester Continuous Homogenization Extraction Plant Specification

Speed
Variable (0-1500 RPM)

Accessories
Pumps, agitators, control panels, heat exchangers, piping

Production Capacity
Up to 240 Tons/Day

Automation Grade
Fully Automatic

Installation Guideline
On-site installation and commissioning by manufacturer

Usage & Applications
For production of maize starch esters and derivatives in food, pharma, paper, and textile industries

Efficiency (%)
90-96%

Temperature Range
30C to 120C

Model No
MSEP-CH 2024

Frequency
50/60 Hz

Motor Power
30-75 HP

Driven Type
Electric

Type
Continuous Homogenization Extraction Plant

Material
Stainless Steel

Computerized
Yes

Automatic Grade
Automatic

Control System
PLC Based

Drive Type
Electric

Voltage
380-440V

Power
45-120 kW (Depends on capacity)

Weight (kg)
5000-12000 kg (Approx.)

Dimension (L*W*H)
Customized / As per plant capacity

Color
Silver/Grey

Capacity
1-10 TPH (Tons Per Hour)

Features
High efficiency, low energy consumption, robust construction, continuous operation

Power Consumption
45-120 kW

Surface Finish
SS 304/316 Mirror or Matte finish

Machine Type
Industrial Extraction Plant

Data Logging
SCADA Supported (Optional)

Cleaning System
CIP (Clean-In-Place) provision

Input Raw Material
Maize/Corn starch

Noise Level
Low (Under 78 dB)

Sterilization Option
Available (On request)

Steam Requirement
Optional (Depending on process)

Recommended Operator
2-4 skilled operators

Warranty Extension
Available on request

Maintenance
Low, scheduled at intervals

Discharge Mode
Automated discharge system

Safety Features
Emergency stop, overload protection, pressure sensors

Cooling System
Integrated water cooling

Service Support
On-site and remote technical support

Environment Suitability
Indoor/Industrial Factory use

Product Consistency
High, with in-line monitoring

Compliance Standards
CE, ISO 9001:2015 certified

Processing Method
Continuous homogenization and extraction

Batch/Continuous Mode
Continuous

About maize starch ester Continuous Homogenization Extraction Plant

A "Maize Starch Ester Continuous Homogenization Extraction Plant" is an advanced industrial facility designed for the efficient and continuous production of maize starch esters. This plant integrates homogenization and extraction processes to modify native maize starch, enhancing its functional properties for various applications. The continuous nature of the operation ensures high throughput and consistent product quality, minimizing batch variations.

The homogenization step uniformly disperses the starch slurry, preparing it for optimal chemical modification. Subsequently, the extraction process isolates the modified starch ester from the reaction mixture. This type of plant is crucial for industries requiring specialized starches with improved stability, emulsification, and thickening capabilities, such as food, paper, textile, and pharmaceutical sectors. Its continuous operation offers significant advantages in terms of energy efficiency, reduced labor costs, and precise process control, leading to a high-quality, tailor-made starch ester product.

Efficient, Continuous Maize Starch Ester Processing

Our automated homogenization extraction plant enables seamless, high-capacity production of maize starch esters, ensuring product uniformity and quality through in-line monitoring and variable speed controls. With fully electric drive, advanced PLC automation, and the ability to operate continuously, it maximizes throughput while minimizing labor and maintenance requirements. This system is specifically designed for industrial environments and delivers consistent results every batch.

Advanced Safety and Compliance

Safety, reliability, and compliance are central to the plant's operation. Key protection features include emergency stops, overload detection, and pressure monitoring. Fully compliant with CE and ISO 9001:2015 standards, this extraction plant is suitable for global deployment. On-site and remote service support ensures smooth commissioning and continued optimal performance.

Flexible Integration and Low Maintenance

The plant incorporates a customizable configuration and accessory suite, including pumps and agitators, with SS 304/316 surface finishes. Its low-maintenance, Clean-In-Place (CIP) system and automated discharge support rapid changeovers and reduce downtime. Optional data logging and SCADA integration facilitate process tracking and automation.

FAQ's of maize starch ester Continuous Homogenization Extraction Plant:

Q: How does the continuous homogenization and extraction process work in the MSEP-CH 2024 plant?

A: The MSEP-CH 2024 uses a continuous homogenization method, mixing and emulsifying the maize starch with esterifying agents under controlled temperature and pressure. This integrated process maximizes yield consistency, with automated in-line monitoring ensuring product quality throughout the production cycle.

Q: What are the recommended operating conditions and raw materials for this plant?

A: The recommended input is high-quality maize or corn starch within the specified moisture range. The plant operates efficiently at temperatures from 30C to 120C and variable speeds up to 1500 RPM. It is designed for indoor, industrial factory use and requires a skilled team of 2-4 operators for optimal performance.

Q: When is steam required during the processing of maize starch esters?

A: Steam is an optional feature and can be utilized depending on the specific processing method, such as for sterilization or particular reaction temperatures. This allows flexibility in meeting different production requirements for food, pharma, or industrial applications.

Q: Where can the plant be installed and used?

A: The extraction plant is intended for indoor industrial settings and is suitable for factories in the food, pharmaceutical, paper, and textile sectors. Installation, commissioning, and initial training are conducted on-site by the manufacturer's technical team.

Q: What type of maintenance does the plant require and how is cleaning performed?

A: Maintenance is minimal and scheduled at regular intervals as per usage. The integrated Clean-In-Place (CIP) system allows thorough, automated cleaning without dismantling, ensuring hygiene and reducing downtime between batches.

Q: How does the automated discharge and control system improve operational efficiency?

A: The automated discharge mechanism streamlines product removal, minimizing manual intervention and reducing cycle times. The PLC-based control system, coupled with optional SCADA integration, allows for precise process control, real-time monitoring, and efficient plant management.

Q: What benefits does this plant offer over conventional extraction systems?

A: This extraction plant provides continuous operation, higher efficiency (90-96%), lower noise, integrated cooling, robust safety protocols, and ease of operation. Its modular design, CIP cleaning, and automated controls significantly reduce labor, energy costs, and downtime compared to traditional batch-processing systems.

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