Pan section capacity calculation in sugar plant | Capacity of Batch/Continuous pans | Capacity of crystallizers |Capacity of condensers, Spray pond capacity

Capacity Calculation of Pan Section in Sugar Industry | Boiling House Capacity

Pan Section Capacity Calculation in Sugar Industry | Crystallization Sugar crystallization process takes place in pan section of sugar plant. The equipment supply tanks, Batch/continuous pans, condensers, molasses conditioners, spray pond, crystallizers are under pan section. Capacity of Batch/Continuous pans The boiling time consider for A, B & C massecuites are 4 hours, 6hours and […]

Sugar Factory Clarification Section Capacity Requirement Calculations

Sugar Plant Clarification House Capacity Calculation | Sugar Mill Here discussed about sugar mill capacity calculation for the Clarification section like pumps, juice reaction tank, lime and sulphur requirement, juice clarifier, vacuum filters … etc. 1. Raw Juice Pump Raw juice pump is also called Mixed juice pump or screened juice pump. Screen juice % […]

Affinity laws for centrifugal pumps | positive displacement pump affinity laws | affinity laws energy savings | pump affinity laws example with calculator

Pump Affinity Laws for Centrifugal and Positive displacement pumps

Affinity Laws Energy Savings | Pump Affinity Law Online Calculator Pump Affinity Laws: The pump speed, head, and flow relationships are expressed by the affinity laws. These laws are mathematical expressions that define changes in pump Brake horsepower (BHP), head and capacity when a change is made to pump speed, impeller diameter, or both. Affinity […]

The Sugar Technologists' Association of India (STAI) seminars - sugarprocesstech

STAI 2018 – 76 Annual Convention & International Sugar Expo 2018

The Sugar Technologists Association of India | STAI 2018 The Sugar Technologist Association of India ( STAI 2018 )  conducts an impotent event – 76th Annual Convention and Sugar Expo 2018   Seminar Date  and Venue : 20 – 22 August 2018, at Brilliant Convention Centre, Indore, Madhya Pradesh, India Conventional Highlights: This convention is […]

Vapour pressure definition | Vapour pressure of water at different temperatures from 0 oC to 370 oC | Vapour pressure head of liquids calculation for NPSH

Vapour pressure of water | Water Vapour Pressure temperature chart

Water Vapour Pressure Table at Different temperatures Vapour pressure definition: It is the pressure exerted by the saturated vapour in contact with the surface of the liquid at that temperature. Vapour pressure is also called the vapour tension Vapour pressure of water Concept: All liquids have a tendency to evaporate when exposed to atmosphere. The […]

Classification of pumps based on fluid mechanics | Types of pumps and their working principles and applications | Classification of Dynamic Pumps - Centrifugal Pumps and Vertical Pumps – Radial Flow, Mixed Flow , Axial Split-Case Pumps, Line-shaft Pumps, Submersible Pumps | Classification of Displacement Pumps - Reciprocating pumps, Rotary pumps, Pneumatic pumps – Plunger / piston type pumps, Diaphragm pumps, Rotary Lobe Pumps, Progressive Cavity Pumps, Screw Pumps

Classification of pumps | Types of pumps and their working principles

Types of Pumps and their working principles with applications Generally Pumps classification done on the basis of its mechanical configuration and their working principle. Classification of pumps mainly divided into two major categories: 1.. Dynamic pumps / Kinetic pumps 2. Displacement Pumps / Positive displacement pumps Dynamic Pumps Dynamic pumps impart velocity and pressure to […]

Plate Heat Exchanger Theory | PHE Applications in Sugar Industry Process | PHE Basic Structure and Principle |Plate Heat Exchanger main components

Plate Heat Exchanger Theory | PHE Structure and Functional Description

Plate Heat Exchanger Working | PHE Application in Sugar Industry Process Plate Heat Exchanger were first Introduced in the 1920s. Now it is widely used in a great number of sectors like sugar industry, pharmaceutical industry, food processing industries.. etc . PHE Principle and Basic Structure: The plate type heat exchanger is a pack of […]

Vertical Crystalliser Design Calculation for Sugar Massecuite Cooling

Vertical Cooling Crystalliser Design Calculation in Sugar Plant In the following link covered information  regarding the Vertical crystalliser design Click Here Vertical crystalliser advantages over the series of crystallisers. Types of Vertical cooling crystallisers like Mono Vertical crystalliser (MVC ), Riser type Vertical Crystalliser , Twin Vertical crystalliser. Cooling surface requirement for vertical crystalliser ( […]

The Vertical crystallizers concepts | Vertical crystallizer advantages over the series of crystallizers | Vertical cooling crystallizers Design aspects | Mono Vertical crystallizer (MVC ), Riser type Vertical Crystallizer , Twin Vertical crystallizer | Cooling surface requirement for vertical crystallizer.

Vertical Crystallizer Concepts in Sugar Plant | Mono Vertical Crystallizer

Vertical Crystallizer Application in low grade massecuite cooling The advantage of continuous crystallizer is that all cooling surface remain covered with massecuite at all times. In Continuous cooling system, used series of batch type “U” shaped cystallizers and vertical crystallizer.   Vertical crystallizers have a number of advantages over horizontal crystallizers. Large volume for small floor […]

Conversion of units for Engineering Equipment Design & Drawing Calculations | Unit conversion factors for sugar industry capacity and equipment calculation | Unit Conversion Table | conversion of units of measurement | engineering unit converter | unit conversion list | conversions chart | conversion table of units

Unit Conversion Factors and Tables for Engineering Design Calculations

Conversion of units in Sugar Industry Equipment Design Calculations In this page provided some unit conversion factors. It will helpful to sugar industry Capacity and EDD calculations. Length Conversion Factors 1 kilometer (km)  –  1000 meters (m) = 0.62137 miles 1 meter (m)  – 100 centimeter (cm) 1 centimeter (cm)  = 0.001 m = 0.3937 […]