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Turnkey Plant

Our range of meticulously designed Turnkey Plants has wide applications in chemical processing, agricultural, oil refining and also in mining arena. Provided plants are well furnished with modern amenities needed to fulfil exact application needs of different industries. Offered Turnkey Plants have standard safety features required to ensure safety of working personnel and equipments to avoid any loss in projects. All these plants have been designed by qualified personnel by using standard grade raw materials. Factors like design precision, facilities, technological amenities and creation of suitable working environment have been given utmost importance while designing such plants. These plants have low installation cost.

Tomato Puree Processing Plant

  • Delivery Time 10-30 Days
  • Minimum Order Quantity 1
  • Supply Ability 5 Per Month
  • Unit of Measure Unit/Units

Developed from 304 grade stainless steel, this tomato puree processing plant is well known for hygienic operating method. This automatic system is suitable for producing puree/powder/ketchup and paste from fresh tomatoes. Its output depends on its operating speed and mechanism. Offered Tomato Puree Processing Plant is equipped with well furnished processing and preparing sections. Standardization tank of this system is used for adding ingredients in precise proportion. The vacuum evaporator of this plant is used for concentrating produced puree. This plant also has pasteurizer for handling produced puree.

Specification

 

  • Automation Grade  : Automatic
  • Capacity  : 150 Ton Per Day
  • Power Consumption  : 10 kW
  • Material  : Stainless Steel
  • Voltage  : 420V
  • Phase  : 3 Phase  

 



Advanced Processing Methodology

Our plant combines both continuous and batch operational flexibility, allowing for superior control over production based on demand. The system streamlines processes from tomato sorting through to puree filling, supported by precise PLC-based automation.


Customizable and Space-Efficient Design

The modular and compact plant layout is designed to maximize space utilization and facilitate easy installation in various environments. Customization options ensure specific production capacities, configurations, and optional features to suit unique client needs.


Sustainable Operation and Maintenance

Engineered for low water consumption and high energy efficiency, the plant minimizes operational costs while being eco-friendly. Features like CIP (Clean-In-Place) compatibility and accessible components simplify both cleaning and routine maintenance.

FAQ's of Tomato Puree Processing Plant:


Q: How does the tomato puree processing plant ensure product quality and consistency?

A: The plant utilizes PLC-based control systems to monitor and regulate processing parameters throughout sorting, pulping, pasteurization, and filling, ensuring a consistent, high-quality tomato puree in every batch or continuous run.

Q: What is the typical process flow in this tomato puree manufacturing plant?

A: Fresh tomatoes are received, washed, sorted, and pulped before undergoing pasteurization. The puree is finally filled into containers, all integrated within one streamlined, PLC-controlled operation, making production efficient and hygienic.

Q: When should a continuous processing mode be preferred over batch processing?

A: Continuous mode is ideal for high-volume production demands, providing uninterrupted output and greater efficiency. Batch mode suits lower-volume or specialty product runs where flexibility and recipe adjustments are required.

Q: Where can the tomato puree plant be installed and what are the space requirements?

A: Thanks to its modular, compact design, the plant can be installed in diverse settings, from industrial facilities to medium-scale operations. The layout is adapted to available space and client specifications, supported by comprehensive on-site commissioning.

Q: What benefits does the CIP compatible cleaning system offer?

A: The Clean-In-Place (CIP) system enables automated and thorough internal cleaning of the entire processing line, reducing downtime, ensuring hygiene, and minimizing manual intervention between production runs.

Q: How does the plant support energy and water savings during operation?

A: Equipped with high-efficiency motors and pumps, as well as optimized water usage systems, the plant lowers resource consumption, reducing operational costs and environmental impact without compromising performance.

Q: What support is provided after plant installation?

A: We offer on-site commissioning, operator training, and detailed documentation. Ongoing service and maintenance support ensure smooth operation and continued productivity, making sure clients get the most from their investment.

Tomato Ketchup Plant

Price: 150000 INR /Unit

  • Delivery Time 10-30 Days
  • Minimum Order Quantity 1
  • Price 150000 INR
  • Supply Ability 5 Per Month
  • Unit of Measure Unit/Units
  • Unit of Price Unit/Units
A Tomato Ketchup Plant typically refers to a facility or factory where tomatoes are processed into ketchup, a popular condiment that is used all over the world.

The production of tomato ketchup usually involves a series of steps that include cleaning and sorting of the tomatoes, cooking them to soften them up, and then blending them into a smooth puree. Various other ingredients like sugar, vinegar, salt, spices, and preservatives are added to the puree to give it the characteristic flavor, texture, and shelf life.

The final product is then packaged in bottles, jars, or sachets and shipped out to stores and supermarkets for sale. Tomato ketchup plants may vary in size and complexity depending on the scale of production and the level of automation involved. Some plants may be small and manual, while others may be large and fully automated with computerized controls.

Tomato ketchup is a popular condiment that is used with a wide variety of foods like burgers, hot dogs, fries, and sandwiches. It is a versatile and convenient addition to many meals and has become an integral part of modern cuisine.

Specification

 

  • Automation Grade  : Semi-Automatic
  • Driven Type  : Electric
  • Voltage  : 380V
  • Model  : TM-150
  • Phase  : 3 Phase
  • Power Consumption  : 4 to 10 kW
  • Capacity  : 150 Ton Per Day

 

  



Precision Processing Technology

Designed for consistency, this plant integrates crushing, pulping, mixing, cooking, and homogenizing into a single streamlined process. Choose between steam or electric heating, and benefit from the flexibility to process not just tomatoes, but other fruits and vegetables into high-quality ketchup. The polished finish and robust materials ensure both durability and easy maintenance.


Customized Automation and Control

Available in semi-automatic and fully automatic configurations, the Tomato Ketchup Plant can be tailored to your production needs. The included control panel facilitates intuitive operation and detailed monitoring of every processing stage. Installation support from experienced technicians ensures a smooth start for your facility.


Hygienic and Efficient Production

Maintaining cleanliness is paramount in food processing. This tomato ketchup plant offers an optional CIP (Clean-In-Place) system for efficient, thorough cleaning with minimal disruption. Its hygienic design and polished surfaces align with stringent industry standards, supporting safe, high-throughput production for industrial applications.

FAQ's of Tomato Ketchup Plant:


Q: How is the tomato ketchup produced in this plant?

A: The tomato ketchup plant processes raw tomatoes or other fruits and vegetables by crushing, pulping, mixing, cooking, and homogenizing the ingredients. Heating is achieved through steam or electric methods, ensuring a consistent paste or ketchup output. The process is monitored and controlled using the integrated control panel.

Q: What types of products can be processed with this plant?

A: While specifically designed for tomato ketchup, the plant is versatile and suitable for processing a range of fruit and vegetable-based ketchups, giving you flexibility in the types of products you can manufacture.

Q: When should I consider using the optional CIP cleaning system?

A: The optional CIP (Clean-In-Place) system is recommended for operations prioritizing frequent cleaning and strict hygiene standards, especially in continuous or large-scale production environments. It allows for efficient and thorough cleaning of the internal equipment without dismantling parts.

Q: Where can this ketchup plant be installed?

A: This tomato ketchup plant is ideal for industrial settings such as food processing factories, commercial sauce manufacturers, and export-oriented units. Installation support is available throughout India from experienced technicians to assist in setup and commissioning.

Q: What are the benefits of using a semi-automatic or automatic ketchup plant?

A: Both semi-automatic and automatic configurations increase efficiency and product consistency. Automatic options further reduce labor requirements, enhance process control, and enable larger scale production, making them suitable for industrial manufacturers.

Q: How is the plant maintained for long-term operation?

A: Routine maintenance is simplified due to the plant's polished, durable construction materials (stainless steel or mild steel). The optional CIP system also facilitates easy and hygienic cleaning, helping prolong the lifespan and efficiency of the equipment.

Solvent Recovery Plant

  • Delivery Time 10-30 Days
  • Minimum Order Quantity 1
  • Unit of Measure Unit/Units

This well equipped solvent recovery plant is useful for extraction of solvents from streams of effluent for re-usage purpose.  This plant is useful for recovery of methanol, acetone, paint based lacquer and various other types of solvent materials that have maximum 375 degree F boiling point. Automatic operation and pioneering solvent recovery technology of this plant prevents its emission to avoid air pollution. PLC baaed operation of this machine reduces labor cost and improves production quality. Pioneering recovery technology of this plant helps to deal with global warming and also promotes re-usage of natural resources. Continuous operation, stable performance, low noise generation and ergonomic look are some of the key aspects of this plant.

Product details

 

  • Model  : CP-SR
  • Usage/Application  : Chemical Industry
  • Automatic Grade  : Automatic
  • Capacity  : 4000 LPH
  • Size  : 5 m x 2 m
  • Brand  : CentPro
  • Warranty  : 1 Year
  • Material  : Stainless Steel  

 



Versatile Design & Flexible Installation

Our solvent recovery plants are engineered to suit diverse production environments. Whether your operation requires a skid-mounted, mobile solution or a fixed installation, the design adapts to your available space and specific industrial needs. Customizable capacities and multiple discharge and feed options allow seamless integration into new or existing process streams for maximum efficiency.


Advanced Automation & Control

Equipped with PLC or relay-based control panels, these plants support both automatic and semi-automatic operations. Operators benefit from precise process regulation and easy interfacing, which enhances both performance and safety. Automation enables remote monitoring and reduces the chances of human error during solvent recovery.


Safety & Efficiency in Every Operation

Safety is prioritized with optional explosion-proof components and durable construction. With the ability to operate at pressures up to 6 bar and temperatures up to 150C, these plants safeguard both personnel and assets while ensuring a high solvent recovery rate, thereby reducing operational costs and environmental impact.

FAQ's of Solvent Recovery Plant:


Q: How does the solvent recovery process work in your plant?

A: The solvent recovery plant utilizes either packed or tray distillation columns along with condensers to separate and reclaim solvents from process streams. By applying controlled heating through steam or electric sources and condensing vapors via water or air-cooled units, the system efficiently recovers usable solvent with up to 98% efficiency.

Q: What are the benefits of using a solvent recovery plant in industrial applications?

A: Implementing a solvent recovery plant reduces raw material costs, minimizes environmental impact, and ensures compliance with regulatory norms. It helps industries safely reclaim valuable solvents, thus enhancing sustainability and optimizing production expenditures.

Q: Where can the solvent recovery plant be installed, and what area is required?

A: The plant can be installed in pharmaceutical, chemical, paint, agrochemical, and similar processing facilities. The required area varies according to the specific design and capacity selected, ensuring flexible installation within your available space.

Q: What safety features are incorporated in the solvent recovery plant?

A: For enhanced safety, the plant can be equipped with optional explosion-proof components, robust stainless-steel construction, and automated controls. This safeguards operators and the environment, especially when handling volatile or hazardous materials.

Q: How is the plant operated and controlled during the solvent recovery process?

A: Operation can be either manual or automated, depending on your preference. The system is managed via PLC or relay-based control panels, offering automatic or semi-automatic operation for accurate control over temperature, pressure, and process parameters.

Q: When is it advisable to use batch or continuous discharge methods?

A: Batch discharge is ideal for operations with variable or smaller volumes, while continuous discharge suits high-throughput processes with consistent solvent flows. The choice depends on your production scale and workflow requirements.

Q: What factors influence the power consumption and operating temperature of the plant?

A: Power consumption depends on the plant's capacity and process demands, while the operating temperature ranges from ambient to 150C, determined by the type of solvent and recovery process involved.

Tomato Processing Plant

Price: 1000000 INR /Plant

  • Delivery Time 10-30 Days
  • Minimum Order Quantity 1
  • Price 1000000 INR
  • Supply Ability 5
  • Unit of Measure Plant/Plants
  • Unit of Price Plant/Plants
Tomato Processing Plant that proposed by us is engineered to be utilized for processing raw tomatoes and converting them into ketchup, sauce, puree, and powder. Most widely used in food processing industry, the plant is easy to install, simple to operate, highly efficient, and low in maintenance as it is engineered and developed by ingenious professionals with ultra-modern technology and using top of the line parts & components by following industry standards. In addition, the Tomato Processing Plant is available in varied sizes, capacities, specifications and models.


Advanced Tomato Processing Technology

Utilizing both hot and cold break processes, our plant delivers high-quality tomato pulp, puree, juice, and ketchup. The design allows optimal retention of nutrition, color, and flavor in every output product. Efficient heating, mixing, and cooling systems operate reliably at temperatures up to 110C, ensuring consistent results.


Robust Construction and Hygiene

The plant is constructed with premium stainless steel and food-grade contact parts for maximum durability and hygiene. Clean-In-Place (CIP) compatibility ensures thorough cleaning, reduces downtime, and maintains food safety standards. Customers can choose between continuous or batch production lines.

FAQs of Tomato Processing Plant:


Q: How is the tomato processing plant installed and commissioned?

A: Installation and commissioning of the plant are provided by our experienced technicians. We manage equipment setup, system integration, and provide operational training to ensure seamless start-up on site anywhere in India or for export projects.

Q: What types of tomato products can be produced using this plant?

A: The plant is suitable for manufacturing tomato pulp, puree, juice, ketchup, and sauce. It efficiently handles fresh tomatoes and adapts to different processing applications as required by the client.

Q: What are the main processes involved in tomato product manufacturing?

A: The processing line utilizes hot/cold break technology for extracting pulp, homogenizing, refining, evaporating, and pasteurizing. Temperature control up to 110C allows for nutritional retention and product consistency across paste, puree, and ketchup.

Q: Which utilities are required for operating the tomato processing facility?

A: To run the plant efficiently, utilities such as water, electricity, steam, and air are required. These are essential for powering, heating, cleaning, and operating various systems within the production line.

Q: Can the processing plant be customized for specific requirements?

A: Yes, customization is available to suit particular production capacities, output products, and workflow needs. Our team works closely with clients to implement solutions that fit unique process parameters.

Q: How does the CIP cleaning system benefit plant operation and hygiene?

A: The Clean-In-Place (CIP) system allows for thorough automated cleaning of equipment without dismantling, ensuring hygiene and reducing manual labor. This not only maintains food safety but also minimizes production downtime.

Edible Oil Refinery Plant

Price: 2000000 INR /Plant

  • Delivery Time 10-30 Days
  • Minimum Order Quantity 1
  • Price 2000000 INR
  • Supply Ability 5
  • Unit of Measure Plant/Plants
  • Unit of Price Plant/Plants
Edible Oil Refinery Plant that our well-distinguished organization is presenting to widely scattered worthy clients is engineered to be utilized for processing crude oil and thereafter refining it into products useful for consumption. The plant is precisely manufactured by expert professionals with the combination of the best in grade parts & components and using advanced tools & equipment that ensures its hassle-free performance, high operational fluency, low maintenance cost, sturdy construction and durability. Furthermore, the Edible Oil Refinery Plant is available in varied capacities, dimensions, grades, and specifications.


Versatile Oil Refining Solutions

Our refinery plant expertly processes several oil types, accommodating palm, soybean, sunflower, mustard, groundnut, and cottonseed. With both batch and continuous refining options, the system provides flexibility for various production volumes and requirements, ensuring consistent quality at every stage.


Expertise and Support

Based in India, we offer comprehensive services including manufacturing, exporting, supplying, and technical support for edible oil refinery plants. Our commitment extends from design and installation guidance to after-sales service, helping clients achieve optimal oil yields and product quality.

FAQs of Edible Oil Refinery Plant:


Q: How does the edible oil refinery plant enhance oil quality?

A: The plant utilizes advanced refining methods to remove impurities and improve taste, color, and shelf life of edible oils. This ensures the oils comply with food safety and commercial standards, making them suitable for consumption.

Q: What types of oils can be processed in this refinery plant?

A: Our equipment can refine a wide range of oils, including palm, soybean, sunflower, mustard, groundnut, and cottonseed, providing flexibility to meet different processing needs.

Q: When is batch refining preferred over continuous refining in edible oil production?

A: Batch refining is typically chosen for smaller production volumes or when processing different types of oils. Continuous refining is preferred for large-scale, uninterrupted processing needs, enhancing efficiency and throughput.

Q: Where are your refinery plants supplied and installed?

A: We supply and support installation of edible oil refinery plants across India and also export to international markets, providing solutions tailored to client requirements regardless of location.

Q: What is the general process involved in edible oil refining?

A: The refining process involves stages such as degumming, neutralization, bleaching, and deodorization, aimed at eliminating unwanted compounds and ensuring the oils purity and suitability for edible uses.

Q: How can clients benefit from choosing your edible oil refinery plant?

A: Clients gain optimized oil yield, enhanced product quality, and dependable service. Our plants help producers meet regulatory standards and satisfy market demands, supported by expert guidance and customization.

Caustic Soda Recovery Plant

Price: 1000000 INR /Plant

  • Delivery Time 10-30 Days
  • Minimum Order Quantity 1
  • Price 1000000 INR
  • Supply Ability 5
  • Unit of Measure Plant/Plants
  • Unit of Price Plant/Plants

This Caustic Soda Recovery Plant has been designed by expert personnel by using latest technology. As part of its operation, the soda is heated at low concentration level to its boiling point. Due to application of heat, vapor is generated. Heated liquid is flashed at minimal pressure. Provided Caustic Soda Recovery Plant has all the modern amenities needed to enhance production output and also to maintain quality of produced substance. Offered plant has less installation cost and low maintenance charge.

Product details 

  • Automation Grade  : Semi-Automatic
  • Voltage  : 380V
  • Brand  : CentPro
  • Usage  : Knit Mercerizing, Grey Mercerizing
  • Phase  : 3 Phase
  • Capacity  : 500 to 15000 LPH

 

Multi Solvent Recovery Plant

Price: 1000000 - 10000000 INR /Plant

  • Delivery Time 10-30 Days
  • Minimum Order Quantity 1
  • Price 1000000 - 10000000 INR
  • Supply Ability 5 Per Month
  • Unit of Measure Plant/Plants
  • Unit of Price Plant/Plants

These Multi Solvent Recovery Plants are used for liquid-liquid extraction, absorption, steam stripping and also for distillation purpose. These plants adopt cutting edge distillation technology for recovering and separation of waste based chemical products. Environment friendly mechanism of these Multi Solvent Recovery Plants prevents emission caused by industrial waste. Offered plants have been designed by seasoned technocrats who have used latest technology to maintain their functional efficiency. Standard of these plants has been verified on the basis of their output, operation cost, dimension and longevity.

Product details 

 

  • Model  : CP-SR
  • Usage/Application  : Chemical Industry
  • Automatic Grade  : Automatic
  • Capacity  : 4000 LPH
  • Size  : 5 m x 2 m
  • Brand  : CentPro
  • Warranty  : 1 Year
  • Material  : Stainless Steel

 

 



Versatile Recovery for Multiple Solvents

Designed to handle a range of solvents, the plant efficiently recovers acetone, toluene, methanol, ethanol, xylene, and more. Its adaptability supports diverse process requirements in industries such as pharmaceuticals, paints, and chemicals, ensuring seamless integration and maximum resource utilization.


Safety-First Engineering

Prioritizing operator safety and system integrity, this plant features explosion-proof components, overpressure protection, and emergency shutdown capabilities. These features, combined with PLC/SCADA controls, provide a secure and reliable recovery environment compliant with industry standards.


Flexible Installation and Control

The system comes as skid-mounted or modular units for convenient installation in any production facility. Its PLC/SCADA-based automation streamlines monitoring and control, increasing operational efficiency while reducing manual intervention and ensuring consistent high-quality output.

FAQs of Multi Solvent Recovery Plant:


Q: How does the Multi Solvent Recovery Plant operate in both batch and continuous modes?

A: The plant is engineered for versatility, allowing users to switch between continuous and batch operations depending on production requirements. This flexibility enables efficient handling of variable solvent volumes and process demands in different industrial settings.

Q: What types of solvents can be recovered with this plant?

A: It is capable of recovering a wide spectrum of solvents, including acetone, toluene, methanol, ethanol, and xylene, making it suitable for various processes in pharmaceuticals, chemicals, paints, and inks industries.

Q: When is solvent recovery recommended for industrial processes?

A: Solvent recovery becomes essential when processes generate significant volumes of solvent waste or when solvent reuse provides economic and environmental benefits, such as reduced raw material consumption and minimized waste disposal costs.

Q: Where can the Multi Solvent Recovery Plant be installed?

A: Thanks to its skid-mounted and modular design, the plant can be conveniently installed in new or existing facilities across India or exported internationally, adapting to both compact and large-scale industrial spaces.

Q: What is the benefit of a PLC/SCADA-based control system in this plant?

A: A PLC/SCADA-based control system automates monitoring and control functions, ensuring optimal process parameters, enhanced safety, and easy troubleshooting, which collectively lead to higher efficiency and consistent solvent purity.

Q: How does the plant ensure operational safety during solvent recovery?

A: Safety is maintained through explosion-proof construction, overpressure protection, and emergency shutdown systems, minimizing the risk of accidents and ensuring compliance with stringent industrial safety regulations.

Caustic Recovery Plant

Price: 1000000 INR /Plant

  • Delivery Time 10-30 Days
  • Minimum Order Quantity 1
  • Price 1000000 INR
  • Supply Ability 5
  • Unit of Measure Plant/Plants
  • Unit of Price Plant/Plants

Caustic Recovery Plant is a multiple effect evaporation plant designed for re-concentrating the weak lye in the heat exchanger. This is designed to weak caustic lye from 40 to 50 gmfitr to 250 to 450 gmIltr in dry-in-wet or wet-in-wet mercerizing. It is widely used in textile industry for separating the wash liquor from mercerizer. The condensate is used for pre-washing. In addition, the caustic soda can also be reused in the mercerizing process.

Specification

  • Brand  : CentPro
  • Feed Flow Rate (cubic-meter/day)  : 500 m3/day
  • Automation Grade  : Automatic
  • Water Pump Power  : 1.5 kW
  • Air Blower Power (kW)  : 0.5 kW
  • Material  : Mild Steel



Advanced Design for Industrial Efficiency

The Caustic Recovery Plant is meticulously designed to withstand demanding industrial conditions. With multiple material options and a robust construction, the system achieves significant chemical recovery, cost savings, and compliance with environmental discharge regulations.


Turnkey Solutions Tailored to Your Needs

From site survey to post-installation support, our turnkey approach ensures every Caustic Recovery Plant meets your specific process requirements. Whether you need a fully customized setup or a standardized solution, we guide you through every project phase.


Automation and Safety Prioritized

Our plants offer both PLC-based automation and manual control, ensuring operational safety and flexibility. Integrated safety features and precise process monitoring enable trouble-free operation and minimal maintenance requirements.

FAQs of Caustic Recovery Plant:


Q: How does the Caustic Recovery Plant work?

A: The plant efficiently recovers caustic soda from spent wash using a combination of steam heating, controlled pressure, and temperature. This process typically involves evaporation and condensation, separating caustic soda for reuse while reducing effluent load.

Q: What materials of construction are available for the Caustic Recovery Plant?

A: We offer construction in Stainless Steel, Alloy Steel, or FRP, selected according to the corrosive nature of your process fluids and operational demands. Our team helps determine the best material based on your industry and specific requirements.

Q: When is it beneficial to install a Caustic Recovery Plant?

A: Installation is especially advantageous when your facility regularly generates waste streams containing caustic soda, such as in textile, dyeing, pulp & paper, or chemical manufacturing. Recovering and reusing caustic leads to substantial cost savings and environmental benefits.

Q: Where can the Caustic Recovery Plant be installed?

A: The plant can be installed at any industrial site across India within the specified industries. We provide comprehensive installation services, ensuring seamless integration within your existing operations.

Q: What are the key benefits of using your Caustic Recovery Plant?

A: Benefits include reduced raw material costs by reclaiming caustic soda, lower effluent discharge volumes, compliance with environmental standards, and enhanced process sustainability. Automation options further improve operational efficiency.

Q: How is the process controlled and what power source does it utilize?

A: Our plants are operated via an advanced PLC-based system for automation or can be manually controlled, according to your preference. The entire system is powered by electricity, ensuring consistent and reliable operation.

Q: Is the plant available for turnkey projects and does it include installation support?

A: Yes, we deliver turnkey or fully customized Caustic Recovery Plants with full installation and commissioning support, allowing quick start-up and optimized performance tailored to your project needs.

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