Whirler Centrifugals Private Limited

This unit is specifically designed for the production of high-quality glucose syrup from sago, utilizing a manual evaporation refining process. It caters to operations where precise control and hands-on management of the refining stages are preferred or necessary. The system efficiently converts sago starch into glucose syrup through hydrolysis, followed by a critical evaporation phase that concentrates the syrup to the desired Brix level. The manual refining aspect allows for meticulous monitoring and adjustment of parameters, ensuring optimal purity, clarity, and sweetness of the final product. Ideal for small to medium-scale producers, this unit offers a cost-effective and reliable solution for crafting premium sago glucose syrup, suitable for various food and industrial applications where a natural, consistent sweetener is required.

The "Rice Starch Ether Automatic Evaporation Extraction Plant" is a state-of-the-art industrial solution designed for the efficient and automated production of high-quality rice starch ether. This advanced system integrates sophisticated evaporation and extraction technologies to meticulously process rice, yielding a refined starch ether product. Its automated operation minimizes manual intervention, ensuring consistent quality, reduced labor costs, and enhanced productivity. The plant is engineered for optimal energy efficiency, making it a sustainable choice for manufacturers. Ideal for applications in food, textile, and pharmaceutical industries, this plant delivers a pure and versatile rice starch ether, meeting stringent industrial demands with precision and reliability.

This High-Performance Evaporation Extraction Plant is specifically engineered for the efficient production of rice oxidized starch. Utilizing advanced evaporation and extraction technologies, the plant meticulously processes rice to yield high-quality oxidized starch, a versatile ingredient widely used in various industries for its enhanced functional properties. Its design prioritizes energy efficiency and operational reliability, ensuring a streamlined production process with minimal waste. The system is optimized for maximum starch recovery and purity, delivering a consistent product that meets stringent industry standards. This plant represents a robust solution for manufacturers seeking to produce premium rice oxidized starch with superior performance characteristics and cost-effectiveness.

This pilot plant is engineered for the experimental production of maize maltodextrin, focusing specifically on optimizing filtration processes. It serves as a crucial research and development facility, allowing for the testing and refinement of various filtration technologies—such as membrane filtration, ultrafiltration, or microfiltration—on a smaller, manageable scale. The plant facilitates the investigation of parameters like flux rates, permeate quality, and retentate concentration, all vital for achieving desired maltodextrin specifications. Its primary goal is to bridge the gap between laboratory-scale experiments and full-scale industrial production, providing valuable data for process design, troubleshooting, and the development of more efficient and cost-effective manufacturing methods for maize maltodextrin.

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• Minimum Order Quantity: 1 unit

This pilot refining extraction plant is specifically designed for the production of maltodextrin from cassava. Maltodextrin, a versatile food ingredient, is a white, hygroscopic powder produced from starch by partial hydrolysis. Utilizing cassava as the primary feedstock, this pilot plant focuses on optimizing the extraction and refining processes to yield high-quality maltodextrin. Its pilot scale allows for efficient research and development, enabling fine-tuning of parameters such as hydrolysis conditions, filtration, and drying techniques. The plant serves as a crucial step in scaling up production, providing valuable data for commercial-scale operations while ensuring the purity and functional properties of the final cassava maltodextrin product for various industrial applications.

Additional Information:

• Minimum Order Quantity: 1 unit

This pilot refining extraction plant is specifically designed for the production of maltodextrin from cassava. Maltodextrin, a versatile food ingredient, is a white, hygroscopic powder produced from starch by partial hydrolysis. Utilizing cassava as the primary feedstock, this pilot plant focuses on optimizing the extraction and refining processes to yield high-quality maltodextrin. Its pilot scale allows for efficient research and development, enabling fine-tuning of parameters such as hydrolysis conditions, filtration, and drying techniques. The plant serves as a crucial step in scaling up production, providing valuable data for commercial-scale operations while ensuring the purity and functional properties of the final cassava maltodextrin product for various industrial applications.

Additional Information:

• Minimum Order Quantity: 1 Unit

This pilot unit is dedicated to the extraction and refining of starch from potatoes, specifically for the development of bioplastics. It serves as a crucial research and development facility, enabling the exploration and optimization of processes to convert raw potato starch into a viable feedstock for biodegradable and sustainable plastic alternatives. The unit focuses on efficient starch extraction, followed by refining steps to achieve the purity and characteristics required for bioplastic formulation. By operating at a pilot scale, it bridges the gap between laboratory research and industrial production, allowing for the testing of various processing parameters, material properties, and the overall feasibility of potato starch-based bioplastics. This initiative aims to advance eco-friendly material science, offering a renewable resource solution to reduce reliance on traditional petroleum-based plastics.

Additional Information:

• Minimum Order Quantity: 1 Unit

This pilot purification processing plant is specifically designed for the advanced refinement of tapioca dextrin. Operating on a smaller, experimental scale, it serves as a crucial facility for developing and optimizing purification processes before full-scale industrial implementation. The plant integrates various purification technologies, such as filtration, chromatography, and advanced separation techniques, to remove impurities, undesirable by-products, and enhance the functional properties of tapioca dextrin. Its primary objective is to achieve high purity levels, improve solubility, and ensure consistent quality for diverse applications in food, pharmaceuticals, and other industries. This setup allows for precise control over process parameters, enabling researchers and engineers to test new methodologies, evaluate different purification agents, and fine-tune conditions to maximize yield and product specifications efficiently.

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• Minimum Order Quantity: 1 User

This pilot plant is engineered for the extraction and refining of wheat acid-thinned starch, a specialized product with diverse industrial applications. Designed for research and development, it facilitates the precise control and optimization of the acid-thinning process, which modifies native wheat starch to achieve desired viscosity and functional properties. The plant integrates advanced extraction techniques to separate starch from wheat, followed by a meticulously controlled acid hydrolysis stage. Subsequent refining steps ensure the removal of impurities, yielding a high-purity, acid-thinned starch suitable for pilot-scale production and quality assessment. This facility is crucial for developing new starch-based products, improving process efficiency, and scaling up production methods before full commercialization.

Additional Information:

• Minimum Order Quantity: 1 Unit

This high-capacity refining and extraction plant is engineered for the efficient production of maize maltodextrin, a versatile ingredient widely used in food, pharmaceutical, and industrial applications. Designed for large-scale operations, it integrates advanced processing technologies to handle significant volumes of maize, ensuring a continuous and robust production cycle.
The plant meticulously refines and extracts maltodextrin through a series of sophisticated stages, including hydrolysis, purification, and drying. Its high-capacity design minimizes downtime and maximizes throughput, delivering consistent quality and purity in every batch. With a focus on operational excellence, the facility is built to meet stringent industry standards, providing a reliable source of premium maize maltodextrin for diverse market needs.

Additional Information:

• Minimum Order Quantity: 1 Unit

This high-capacity drying extraction plant is engineered for the efficient production of wheat maltodextrin, a versatile food ingredient. It meticulously processes wheat starch through hydrolysis, converting it into maltodextrin, a carbohydrate commonly used as a filler, thickener, or stabilizer in various food products. The plant integrates advanced extraction techniques to maximize yield and purity, followed by a robust, high-capacity drying system. This drying stage is crucial for transforming the liquid maltodextrin solution into a stable, powdered form, ensuring a consistent product with optimal shelf life. Designed for large-scale operations, the facility emphasizes continuous processing, energy efficiency, and stringent quality control, making it ideal for manufacturers requiring significant volumes of high-quality wheat maltodextrin.

Additional Information:

• Minimum Order Quantity: 1 NUmber

A rice glucose syrup Pilot Crystallization Production Plant is a specialized facility designed for the experimental and small-scale production of crystalline glucose from rice-based syrup. This pilot plant serves as a crucial step in optimizing the crystallization process before full-scale industrial implementation. It incorporates various stages, including syrup concentration, controlled cooling, seeding with glucose crystals, and separation of the crystalline product. The primary goal is to study and refine parameters such as temperature profiles, agitation rates, crystal growth kinetics, and purification methods to achieve desired glucose purity and yield. This setup allows for rigorous testing of different process configurations, material handling techniques, and equipment performance under controlled conditions, ultimately leading to the development of an efficient and commercially viable glucose crystallization process for the food and pharmaceutical industries.

The WHIRLER Vapor Recovery SS Industrial Mechanical Vacuum Pump is engineered for robust performance in demanding industrial environments. Constructed from stainless steel (SS), it offers exceptional durability and corrosion resistance, making it ideal for handling various chemical processes and maintaining product purity. This mechanical vacuum pump is specifically designed for efficient vapor recovery, minimizing emissions and maximizing resource utilization. Its industrial-grade build ensures reliable, continuous operation, providing powerful vacuum capabilities essential for critical applications. The WHIRLER pump is a dependable solution for industries seeking to enhance operational efficiency, comply with environmental regulations, and ensure long-term performance in vapor handling and recovery systems.

The "Novel Solvent Recovery SGI Twin Lobe Automatic Vacuum System" is an innovative solution designed for efficient and automated solvent recovery. Utilizing a twin-lobe vacuum pump, this system creates a powerful and consistent vacuum, crucial for effectively separating and reclaiming solvents from various processes. Its automatic operation minimizes manual intervention, enhancing safety and reducing operational costs. This technology is particularly beneficial for industries seeking to improve sustainability by reducing solvent waste and optimizing resource utilization, offering a reliable and advanced approach to environmental responsibility and economic efficiency.

This industrial evaporation processing plant specializes in the production of high-fructose corn syrup (HFCS) from tapioca. Utilizing advanced multi-effect evaporators and crystallization technologies, the facility efficiently concentrates tapioca starch hydrolysates into various grades of HFCS, a widely used sweetener in the food and beverage industry. The process involves enzymatic conversion of tapioca starch into glucose and then fructose, followed by a series of evaporation steps to remove water and achieve the desired syrup concentration. The plant is designed for high throughput, energy efficiency, and stringent quality control, ensuring a consistent and pure product while minimizing operational costs and environmental impact.

This "Service Vapor Recovery Water Cooled Two Stage Automatic Booster System" is an advanced solution designed for efficient and environmentally responsible vapor recovery. It utilizes a two-stage boosting process, automatically adjusting to varying vapor loads to maximize capture rates. The water-cooled design ensures optimal performance and longevity by dissipating heat effectively. Ideal for industrial applications, this system significantly reduces emissions, enhances safety, and recovers valuable product, contributing to both ecological preservation and operational cost savings. Its automatic operation minimizes manual intervention, providing a reliable and low-maintenance solution for demanding vapor recovery needs.