Канал: Chemical Mahi

Microfiltration/Ultrafiltration/Nanofiltration/Reverse osmosis Main Differences

Microfiltration/Ultrafiltration/Nanofiltration/Reverse osmosis Main Differences

Air Compressor Capacity(CFM) Cubic Feet per minute Calculation@ChemicalMahi

Air Compressor Capacity(CFM) Cubic Feet per minute Calculation@ChemicalMahi

Scale-Up Basics at Chemical plants@ChemicalMahi

Scale-Up Basics at Chemical plants@ChemicalMahi

Boil off Rate Calculation in Chemical Reactor@ChemicalMahi

Boil off Rate Calculation in Chemical Reactor@ChemicalMahi

Ejector Capacity Calculation and Basics@ChemicalMahi

Ejector Capacity Calculation and Basics@ChemicalMahi

Vent Line Sizing Calculation Chemical Reactor@ChemicalMahi

Vent Line Sizing Calculation Chemical Reactor@ChemicalMahi

ppm to mg/Nm3, percentage,mg/liter,mg/Kg various conversions@ChemicalMahi

ppm to mg/Nm3, percentage,mg/liter,mg/Kg various conversions@ChemicalMahi

Decanter/Immiscible Liquids Phase seperator @ChemicalMahi

Decanter/Immiscible Liquids Phase seperator @ChemicalMahi

Bow Tie Analysis Method:Process Hazard Analysis@ChemicalMahi

Bow Tie Analysis Method:Process Hazard Analysis@ChemicalMahi

Critical Points for Safety in Chemical Plants@ChemicalMahi

Critical Points for Safety in Chemical Plants@ChemicalMahi

Granulator Basics(Wet Granulation) and Working principle @ChemicalMahi

Granulator Basics(Wet Granulation) and Working principle @ChemicalMahi

LMTD(Logarithmic Mean Temperature Difference) for Heat Exchanger area calculation@ChemicalMahi

LMTD(Logarithmic Mean Temperature Difference) for Heat Exchanger area calculation@ChemicalMahi

Petrolium Class A/B/C solvents/Flash point/Fire point/Auto ignition Temperature@ChemicalMahi

Petrolium Class A/B/C solvents/Flash point/Fire point/Auto ignition Temperature@ChemicalMahi

Density/Specific Gravity/Bulk density/Vapour density/Tapped density @ChemicalMahi

Density/Specific Gravity/Bulk density/Vapour density/Tapped density @ChemicalMahi

Positive Vs Non-Positive Displacement Pumps main difference@ChemicalMahi

Positive Vs Non-Positive Displacement Pumps main difference@ChemicalMahi

Factors affecting Powder Handling safety@ChemicalMahi

Factors affecting Powder Handling safety@ChemicalMahi

Close Boiling Component seperation Total Reflux/Total Product Distillation @ChemicalMahi

Close Boiling Component seperation Total Reflux/Total Product Distillation @ChemicalMahi

Chemical Reactors Pressure Relief Devices(Rupture Disc/PRV/PSV)@ChemicalMahi

Chemical Reactors Pressure Relief Devices(Rupture Disc/PRV/PSV)@ChemicalMahi

MIE(Minimum ignition energy)/Temperature (MIE) for solid Handling@ChemicalMahi

MIE(Minimum ignition energy)/Temperature (MIE) for solid Handling@ChemicalMahi

Head vs Pressure Centrifugal Pumps main difference@ChemicalMahi

Head vs Pressure Centrifugal Pumps main difference@ChemicalMahi

Equation of Continuity basics in detail@ChemicalMahi

Equation of Continuity basics in detail@ChemicalMahi

Indirect Utility in Chemical Plants @ChemicalMahi

Indirect Utility in Chemical Plants @ChemicalMahi

Centrifugal Pumps selection Criteria Basics@ChemicalMahi

Centrifugal Pumps selection Criteria Basics@ChemicalMahi

Fills Role in Cooling Tower@ChemicalMahi

Fills Role in Cooling Tower@ChemicalMahi

Inverted Bucket Steam Trap Working @ChemicalMahi

Inverted Bucket Steam Trap Working @ChemicalMahi

Macleod gauge working principle@ChemicalMahi

Macleod gauge working principle@ChemicalMahi

Scrubber Various solutions used in Chemical plants@ChemicalMahi

Scrubber Various solutions used in Chemical plants@ChemicalMahi

pH and it's Basics@ChemicalMahi

pH and it's Basics@ChemicalMahi

Reactive Distillation basics @ChemicalMahi

Reactive Distillation basics @ChemicalMahi

Semi-Batch Distillation Basics@ChemicalMahi

Semi-Batch Distillation Basics@ChemicalMahi

Thermowell Types and It's Working principle@ChemicalMahi

Thermowell Types and It's Working principle@ChemicalMahi

Float Type Steam Trap Working principle @ChemicalMahi

Float Type Steam Trap Working principle @ChemicalMahi

Plate Type vs Shell and Tube Heat Exchanger @ChemicalMahi

Plate Type vs Shell and Tube Heat Exchanger @ChemicalMahi

Thermodynamic Steam Trap Working principle @ChemicalMahi

Thermodynamic Steam Trap Working principle @ChemicalMahi

Single Pass vs Multi Pass Shell and tube Heat Exchangers@ChemicalMahi

Single Pass vs Multi Pass Shell and tube Heat Exchangers@ChemicalMahi

Cooling Tower water Quality Management in Chemical plants@ChemicalMahi

Cooling Tower water Quality Management in Chemical plants@ChemicalMahi

Refrigerant gases in Chillers Basic Properties@ChemicalMahi

Refrigerant gases in Chillers Basic Properties@ChemicalMahi

Chiller Refrigerant Solutions(Brine vs Glycols) in Chemical Plants@ChemicalMahi

Chiller Refrigerant Solutions(Brine vs Glycols) in Chemical Plants@ChemicalMahi

Activated Carbon Filters Working@ChemicalMahi

Activated Carbon Filters Working@ChemicalMahi

Agitator Selection criteria in chemical plants@ChemicalMahi

Agitator Selection criteria in chemical plants@ChemicalMahi

Blow Down losses in Cooling Tower@ChemicalMahi

Blow Down losses in Cooling Tower@ChemicalMahi

Plate Type Heat Exchanger Basics @ChemicalMahi

Plate Type Heat Exchanger Basics @ChemicalMahi

Mass Flow Meter(MFM) Working principle Basics@ChemicalMahi

Mass Flow Meter(MFM) Working principle Basics@ChemicalMahi

Shell and Tube Type Heat Exchanger basics@ChemicalMahi

Shell and Tube Type Heat Exchanger basics@ChemicalMahi

Membranes and it's various types @ChemicalMahi

Membranes and it's various types @ChemicalMahi

Barrel Pump or Drum Pump Working principle basics@ChemicalMahi

Barrel Pump or Drum Pump Working principle basics@ChemicalMahi

Halar Coating and it's usage in Chemical plants@ChemicalMahi

Halar Coating and it's usage in Chemical plants@ChemicalMahi

Cycle of Concentration (COC) significance in Cooling Tower @ChemicalMahi

Cycle of Concentration (COC) significance in Cooling Tower @ChemicalMahi

Air Locking and it's Impacts in Chemical Plants@ChemicalMahi

Air Locking and it's Impacts in Chemical Plants@ChemicalMahi

Pipes vs Tubes key Differences@ChemicalMahi

Pipes vs Tubes key Differences@ChemicalMahi

Low Vacuum Issues in Steam jet Ejectors@ChemicalMahi

Low Vacuum Issues in Steam jet Ejectors@ChemicalMahi

Steam Critical Properties and Major Hazards @ChemicalMahi

Steam Critical Properties and Major Hazards @ChemicalMahi

Pneumatic Test vs Hydrotest in Chemical plants@ChemicalMahi

Pneumatic Test vs Hydrotest in Chemical plants@ChemicalMahi

Types of Gears and there selection @ChemicalMahi

Types of Gears and there selection @ChemicalMahi

Control Valve Sizing Basics@ChemicalMahi

Control Valve Sizing Basics@ChemicalMahi

OP, Maximum allowable working Pressure, Design pressure,Hydro test Pressure@ChemicalMahi

OP, Maximum allowable working Pressure, Design pressure,Hydro test Pressure@ChemicalMahi

Hydro Test in Chemical Plants @ChemicalMahi

Hydro Test in Chemical Plants @ChemicalMahi

Mesh No,Micron and mm Various units of Sieves used in Chemical Industries@ChemicalMahi

Mesh No,Micron and mm Various units of Sieves used in Chemical Industries@ChemicalMahi

NM3 to SM3,NM3 to M3,NM3 to MT conversion@ChemicalMahi

NM3 to SM3,NM3 to M3,NM3 to MT conversion@ChemicalMahi

RTD(Resistance Temperature Detector) Working principle@ChemicalMahi

RTD(Resistance Temperature Detector) Working principle@ChemicalMahi

Working principle of Differential Pressure Liquid Level Transmitter@ChemicalMahi

Working principle of Differential Pressure Liquid Level Transmitter@ChemicalMahi

Types of Reboilers and there Working principle @ChemicalMahi

Types of Reboilers and there Working principle @ChemicalMahi

Liquid Filled Inside Pressure Gauge Main Concept@ChemicalMahi

Liquid Filled Inside Pressure Gauge Main Concept@ChemicalMahi

Control Valve in Chemical plants For Process control@ChemicalMahi

Control Valve in Chemical plants For Process control@ChemicalMahi

Gear box Working principle in Chemical reactors@ChemicalMahi

Gear box Working principle in Chemical reactors@ChemicalMahi

Gauge Syphon Concept in Steam and other Utilities in Chemical plants @ChemicalMahi

Gauge Syphon Concept in Steam and other Utilities in Chemical plants @ChemicalMahi

Debottlenecking in Chemical plants@ChemicalMahi

Debottlenecking in Chemical plants@ChemicalMahi

Fire Water Sprinkler system Working and Types@ChemicalMahi

Fire Water Sprinkler system Working and Types@ChemicalMahi

Valves selection criteria for Chemical plants@ChemicalMahi

Valves selection criteria for Chemical plants@ChemicalMahi

How water Generation System in Chemical Plants@ChemicalMahi

How water Generation System in Chemical Plants@ChemicalMahi

BOD(Biochemical Oxygen Demand) vs COD(Chemical Oxygen Demand) Basics @ChemicalMahi

BOD(Biochemical Oxygen Demand) vs COD(Chemical Oxygen Demand) Basics @ChemicalMahi

Dehumidifier Working principle basics@ChemicalMahi

Dehumidifier Working principle basics@ChemicalMahi

Evaporation basics vs Distillation vs Boiling@ChemicalMahi

Evaporation basics vs Distillation vs Boiling@ChemicalMahi

Fan,Blower and Compressor main Differences and selection criteria

Fan,Blower and Compressor main Differences and selection criteria

Pressure it's various units and terms,Various types of gauges@ChemicalMahi

Pressure it's various units and terms,Various types of gauges@ChemicalMahi

Dry Vacuum pump Working principle @ChemicalMahi

Dry Vacuum pump Working principle @ChemicalMahi

Stripper for waste water Treatment @ChemicalMahi

Stripper for waste water Treatment @ChemicalMahi

Water Softener Working Principle@ChemicalMahi

Water Softener Working Principle@ChemicalMahi

PSV and PRV main differences@ChemicalMahi

PSV and PRV main differences@ChemicalMahi

Extractive Distillation @ChemicalMahi

Extractive Distillation @ChemicalMahi

Earthing in Glass lined Reactors @ChemicalMahi

Earthing in Glass lined Reactors @ChemicalMahi

Utility Failure Scenarios in Chemical plants@ChemicalMahi

Utility Failure Scenarios in Chemical plants@ChemicalMahi

Why gases are Stored in Spherical Containers @ChemicalMahi

Why gases are Stored in Spherical Containers @ChemicalMahi

Solvents Handling Safety in Chemical plants@ChemicalMahi

Solvents Handling Safety in Chemical plants@ChemicalMahi

Calculation for Concentration Changes in Chemical Plants@ChemicalMahi

Calculation for Concentration Changes in Chemical Plants@ChemicalMahi

Vapour Balancing line and U loop concepts in Distillation Towers/Chemical Reactors @ChemicalMahi

Vapour Balancing line and U loop concepts in Distillation Towers/Chemical Reactors @ChemicalMahi

U bends in Steam Lines Main Reasons@ChemicalMahi

U bends in Steam Lines Main Reasons@ChemicalMahi

Chemical Tanker Unloading Safety(Solvents and Hazardous Materials)@ChemicalMahi

Chemical Tanker Unloading Safety(Solvents and Hazardous Materials)@ChemicalMahi

Cooling tower Water Losses Calculation @ChemicalMahi

Cooling tower Water Losses Calculation @ChemicalMahi

Antoine Equation and Vapour Pressure Calculation @ChemicalMahi

Antoine Equation and Vapour Pressure Calculation @ChemicalMahi

Cooling tower pump capacity Calculation @ChemicalMahi

Cooling tower pump capacity Calculation @ChemicalMahi

Process Hazard Analysis (PHA) Basics

Process Hazard Analysis (PHA) Basics

Overall Equipment effectiveness (OEE) Basic understanding@ChemicalMahi

Overall Equipment effectiveness (OEE) Basic understanding@ChemicalMahi

SS(Stainless steel) Vs Glass lined(GLR) Reactors main differences@ChemicalMahi

SS(Stainless steel) Vs Glass lined(GLR) Reactors main differences@ChemicalMahi

Distillation/Chemical Reactor Steam Requirment Calculation@ChemicalMahi

Distillation/Chemical Reactor Steam Requirment Calculation@ChemicalMahi

Batch Distillation Total time calculation@ChemicalMahi

Batch Distillation Total time calculation@ChemicalMahi

Chemical Reactor/Chemical Process Heat load calculation @ChemicalMahi

Chemical Reactor/Chemical Process Heat load calculation @ChemicalMahi

Jet Mill/Micronizers Working principle@ChemicalMahi

Jet Mill/Micronizers Working principle@ChemicalMahi

Coagulation vs Flocculation@ChemicalMahi

Coagulation vs Flocculation@ChemicalMahi

Magnetic Separator and Magnetic Grill working@ChemicalMahi

Magnetic Separator and Magnetic Grill working@ChemicalMahi

Chemical Reactors Utility application Sequence@ChemicalMahi

Chemical Reactors Utility application Sequence@ChemicalMahi

Chemical Plant Capacity Calculation@ChemicalMahi

Chemical Plant Capacity Calculation@ChemicalMahi

Chemical Plants Batch Size Calculations@ChemicalMahi

Chemical Plants Batch Size Calculations@ChemicalMahi

Chemical Plants norms calculation@ChemicalMahi

Chemical Plants norms calculation@ChemicalMahi

Chemical Plants Material Balance With Limiting and Excess Reagent@ChemicalMahi

Chemical Plants Material Balance With Limiting and Excess Reagent@ChemicalMahi

Chemical Plants Material Balance With Chemical Reactions@ChemicalMahi

Chemical Plants Material Balance With Chemical Reactions@ChemicalMahi

Chemical Plants Material Balance Without Chemical Reactions@ChemicalMahi

Chemical Plants Material Balance Without Chemical Reactions@ChemicalMahi

Mechanical Seal in Chemical Reactors@ChemicalMahi

Mechanical Seal in Chemical Reactors@ChemicalMahi

Pre-Startup Safety Review ( PSSR ) Basics || PSSR @ChemicalMahi

Pre-Startup Safety Review ( PSSR ) Basics || PSSR @ChemicalMahi

pH and It's Important Role in Chemical Plants@ChemicalMahi

pH and It's Important Role in Chemical Plants@ChemicalMahi

Pressure Nutsche Filter working principle Basics@ChemicalMahi

Pressure Nutsche Filter working principle Basics@ChemicalMahi

Spray Dryer Working Principle Basics@ChemicalMahi

Spray Dryer Working Principle Basics@ChemicalMahi

Split Casing pumps Working Principle and Difference w.r.t Normal centrifugal pumps@ChemicalMahi

Split Casing pumps Working Principle and Difference w.r.t Normal centrifugal pumps@ChemicalMahi

Agitated Nutsche Filter Dryer (ANFD) Filtration rate affecting parameters @ChemicalMahi

Agitated Nutsche Filter Dryer (ANFD) Filtration rate affecting parameters @ChemicalMahi

Layer seperation automated Device Conductivity Meter for Chemical Plant @ChemicalMahi

Layer seperation automated Device Conductivity Meter for Chemical Plant @ChemicalMahi

Barometric Leg Concept in Steam jet Ejectors @ChemicalMahi

Barometric Leg Concept in Steam jet Ejectors @ChemicalMahi

Steam jet ejectors vs Dry Vacuum pumps Which is best, Selection Criteria @ChemicalMahi

Steam jet ejectors vs Dry Vacuum pumps Which is best, Selection Criteria @ChemicalMahi

Thermic Fluid Heater or Hot Oil systems in Chemical Plants @ChemicalMahi

Thermic Fluid Heater or Hot Oil systems in Chemical Plants @ChemicalMahi

Structured vs Random Packings Selection Criteria for Distillation Towers@ChemicalMahi

Structured vs Random Packings Selection Criteria for Distillation Towers@ChemicalMahi

ANFD ,Centrifuge,Press and Sparkler Filter Selection Criteria@ChemicalMahi

ANFD ,Centrifuge,Press and Sparkler Filter Selection Criteria@ChemicalMahi

Chemical Reactor Jackets/Condensers Descaling@ChemicalMahi

Chemical Reactor Jackets/Condensers Descaling@ChemicalMahi

LPG/CNG/LNG/PNG Main Differences,Ghar aur Car main kaun sa use karna hai aur kyon@ChemicalMahi

LPG/CNG/LNG/PNG Main Differences,Ghar aur Car main kaun sa use karna hai aur kyon@ChemicalMahi

Air Compressor Working , Basics and applications in Chemical plants@ChemicalMahi

Air Compressor Working , Basics and applications in Chemical plants@ChemicalMahi

Repairing Damaged Glass lined Reactors (GLR) @ChemicalMahi

Repairing Damaged Glass lined Reactors (GLR) @ChemicalMahi

Flush Bottom Valve (FBV) in Chemical Reactors@ChemicalMahi

Flush Bottom Valve (FBV) in Chemical Reactors@ChemicalMahi

Pneumatic Conveying System Basics in Chemicals@ChemicalMahi

Pneumatic Conveying System Basics in Chemicals@ChemicalMahi

Critical and Optimum Thickness of Insulation @ChemicalMahi

Critical and Optimum Thickness of Insulation @ChemicalMahi

Insulation in Chemical/Pharmaceutical plants/Types of Insulations@ChemicalMahi

Insulation in Chemical/Pharmaceutical plants/Types of Insulations@ChemicalMahi

Clean Room in Chemicals and Pharmaceutical @ChemicalMahi

Clean Room in Chemicals and Pharmaceutical @ChemicalMahi

HEPA (High efficiency Particulate Air) Filter basics and applications in Pharmaceutical

HEPA (High efficiency Particulate Air) Filter basics and applications in Pharmaceutical

Air Handling unit (AHU) Working principle and Basics ,How AHU works @ChemicalMahi

Air Handling unit (AHU) Working principle and Basics ,How AHU works @ChemicalMahi

Ejector (Steam jet/Water jet/Water steam mix) Basic Troubleshooting @ChemicalMahi

Ejector (Steam jet/Water jet/Water steam mix) Basic Troubleshooting @ChemicalMahi

Deaerator Basics/Working principle/Types and uses in Chemical Plants@ChemicalMahi

Deaerator Basics/Working principle/Types and uses in Chemical Plants@ChemicalMahi

Millers/Milling Machine working in Chemicals and Pharmaceutical companies@ChemicalMahi

Millers/Milling Machine working in Chemicals and Pharmaceutical companies@ChemicalMahi

Distillation Troubleshooting/Distillation Problems and it's Solutions@ChemicalMahi

Distillation Troubleshooting/Distillation Problems and it's Solutions@ChemicalMahi

RotoCone Vacuum Dryer(RCVD) Working principle/Basics @ChemicalMahi

RotoCone Vacuum Dryer(RCVD) Working principle/Basics @ChemicalMahi

Yield in Chemical Plants/Chemical Reactions/What is Yield @ChemicalMahi

Yield in Chemical Plants/Chemical Reactions/What is Yield @ChemicalMahi

Steam Distillation Basics/What is Steam Distillation

Steam Distillation Basics/What is Steam Distillation

Scrubber Working and its Importance in Chemical Plants@ChemicalMahi

Scrubber Working and its Importance in Chemical Plants@ChemicalMahi

Leaf Filter Working Principle/Basics of Leaf Filter@ChemicalMahi

Leaf Filter Working Principle/Basics of Leaf Filter@ChemicalMahi

Air Conditioner (AC) Working Principle Basics/How AC works@ChemicalMahi

Air Conditioner (AC) Working Principle Basics/How AC works@ChemicalMahi

Chiller Working Basics/How Chiller Works@ChemicalMahi

Chiller Working Basics/How Chiller Works@ChemicalMahi

Submersible Pumps Working Principle and Basics@ChemicalMahi

Submersible Pumps Working Principle and Basics@ChemicalMahi

RO(Reverse Osmosis) Water system and it's manufacturing process

RO(Reverse Osmosis) Water system and it's manufacturing process

Leaching/Extraction Basics for Chemical Industry@ChemicalMahi

Leaching/Extraction Basics for Chemical Industry@ChemicalMahi

DM water Plant Basics@ChemicalMahi

DM water Plant Basics@ChemicalMahi

Crystallisation Basics@ChemicalMahi

Crystallisation Basics@ChemicalMahi

Vacuum Distillation Basics@ChemicalMahi

Vacuum Distillation Basics@ChemicalMahi

HIRA(Hazard Identification and Risk Assessment) Basics@ChemicalMahi

HIRA(Hazard Identification and Risk Assessment) Basics@ChemicalMahi

HAZOP (Hazard and operability study) study basics@ChemicalMahi

HAZOP (Hazard and operability study) study basics@ChemicalMahi

Relative volatility/Raoult's Law/Dalton's Law@ChemicalMahi

Relative volatility/Raoult's Law/Dalton's Law@ChemicalMahi

Vibro Sifter Basics@ChemicalMahi

Vibro Sifter Basics@ChemicalMahi

Turbidity,TSS and Water Clarity all water quality Parameters@ChemicalMahi

Turbidity,TSS and Water Clarity all water quality Parameters@ChemicalMahi

Lock out Tag out Try out Basics (LOTO/LOTOTO)@ChemicalMahi

Lock out Tag out Try out Basics (LOTO/LOTOTO)@ChemicalMahi

Reflux Ratio/Reflux Basics in Distillation@ChemicalMahi

Reflux Ratio/Reflux Basics in Distillation@ChemicalMahi

Azeotropic Distillation Basics@ChemicalMahi

Azeotropic Distillation Basics@ChemicalMahi

Weeping , Flooding , Entrainment ,Foaming Basics in Distillation@ChemicalMahi

Weeping , Flooding , Entrainment ,Foaming Basics in Distillation@ChemicalMahi

Candle Filter Basics@ChemicalMahi

Candle Filter Basics@ChemicalMahi

Sparkler Filter Working Principle@ChemicalMahi

Sparkler Filter Working Principle@ChemicalMahi

Distillation Tower Internals@ChemicalMahi

Distillation Tower Internals@ChemicalMahi

Pressure Swing Distillation (PSD)@ChemicalMahi

Pressure Swing Distillation (PSD)@ChemicalMahi

Gasket Types and Selection criteria@ChemicalMahi

Gasket Types and Selection criteria@ChemicalMahi

Filter Press working@ChemicalMahi

Filter Press working@ChemicalMahi

Continuous Distillation Basics@ChemicalMahi

Continuous Distillation Basics@ChemicalMahi

Batch Distillation Basics@ChemicalMahi

Batch Distillation Basics@ChemicalMahi

Distillation Basics Lecture-1@ChemicalMahi

Distillation Basics Lecture-1@ChemicalMahi

PFD and P&ID and it's differences@ChemicalMahi

PFD and P&ID and it's differences@ChemicalMahi

Gear Pumps it's working principle and uses@ChemicalMahi

Gear Pumps it's working principle and uses@ChemicalMahi

Hogger Ejector and it's industrial applications@ChemicalMahi

Hogger Ejector and it's industrial applications@ChemicalMahi

Industrial Blenders and there Types, Working Principle@ChemicalMahi

Industrial Blenders and there Types, Working Principle@ChemicalMahi

Non Return Valves (NRV)/Check Valves types and working@ChemicalMahi

Non Return Valves (NRV)/Check Valves types and working@ChemicalMahi

Organic Vs Inorganic Compound Main Differences@ChemicalMahi

Organic Vs Inorganic Compound Main Differences@ChemicalMahi

Industrial Centrifuges@ChemicalMahi

Industrial Centrifuges@ChemicalMahi

Vacuum Tray Dryers (VTD) Working Principle and Basics@ChemicalMahi

Vacuum Tray Dryers (VTD) Working Principle and Basics@ChemicalMahi

Fluidized Bed Dryers(FBD) Working principle and basics@ChemicalMahi

Fluidized Bed Dryers(FBD) Working principle and basics@ChemicalMahi

Condensate Return Pump (PPPU-Pressure Power Packaged Pumping unit) Working@ChemicalMahi

Condensate Return Pump (PPPU-Pressure Power Packaged Pumping unit) Working@ChemicalMahi

Absorption Vs Adsorption Main Differences@ChemicalMahi

Absorption Vs Adsorption Main Differences@ChemicalMahi

Nitrogen (N2)Gas and it's uses in Various Industries@ChemicalMahi

Nitrogen (N2)Gas and it's uses in Various Industries@ChemicalMahi

Pressure Reducing and Desuperheating System (PRDS) Working principle and Basics@ChemicalMahi

Pressure Reducing and Desuperheating System (PRDS) Working principle and Basics@ChemicalMahi

Rotatory Drum Dryers (RDD) Working Principle and Basics@ChemicalMahi

Rotatory Drum Dryers (RDD) Working Principle and Basics@ChemicalMahi

Rising Film Evaporators (RFE) Working Principle and Basics

Rising Film Evaporators (RFE) Working Principle and Basics

Graphite Heat Exchangers Basics and Types

Graphite Heat Exchangers Basics and Types

Pressure Relief Valve(PRV) Types, Working and Basics

Pressure Relief Valve(PRV) Types, Working and Basics

Alloying Components of Steel and there impact on Properties@ChemicalMahi

Alloying Components of Steel and there impact on Properties@ChemicalMahi

Work at Height Safety and Hazards@ChemicalMahi

Work at Height Safety and Hazards@ChemicalMahi

Breather Valves Working Principle || Basics || Uses@ChemicalMahi

Breather Valves Working Principle || Basics || Uses@ChemicalMahi

Pressure Relief Valve(PRV) and Rupture disc (RD) Various Possible arrangements@ChemicalMahi

Pressure Relief Valve(PRV) and Rupture disc (RD) Various Possible arrangements@ChemicalMahi

Significance of Color Coding and Markings in Pipe Lines of Chemical Industry@ChemicalMahi

Significance of Color Coding and Markings in Pipe Lines of Chemical Industry@ChemicalMahi

Falling Film Evaporator (FFE) || Working Principle || Basics@ChemicalMahi

Falling Film Evaporator (FFE) || Working Principle || Basics@ChemicalMahi

Rupture Disc (RD) || Working Principle || Basics@ChemicalMahi

Rupture Disc (RD) || Working Principle || Basics@ChemicalMahi

Agitated Thin Film Evaporator (ATFE) || Working Principle || Basics@ChemicalMahi

Agitated Thin Film Evaporator (ATFE) || Working Principle || Basics@ChemicalMahi

Flame Arrestor Basics || Working Principle@ChemicalMahi

Flame Arrestor Basics || Working Principle@ChemicalMahi

Rotatory Vacuum Dryer (RVD) || Working Principle@ChemicalMahi

Rotatory Vacuum Dryer (RVD) || Working Principle@ChemicalMahi

5S Methodology || What is 5S@ChemicalMahi

5S Methodology || What is 5S@ChemicalMahi

Spark Test Glass Lined Reactors (GLR)@ChemicalMahi

Spark Test Glass Lined Reactors (GLR)@ChemicalMahi

Rotatory Vacuum Drum Filter (RVDF) || Working Principle || Basics@ChemicalMahi

Rotatory Vacuum Drum Filter (RVDF) || Working Principle || Basics@ChemicalMahi

Agitated Nutsche Filter Dryer (ANFD) Parts || Working step by step || Lecture-2@ChemicalMahi

Agitated Nutsche Filter Dryer (ANFD) Parts || Working step by step || Lecture-2@ChemicalMahi

Agitated Nutsche Filter Dryer (ANFD) || Working Principle || Basics@ChemicalMahi

Agitated Nutsche Filter Dryer (ANFD) || Working Principle || Basics@ChemicalMahi

Thermal Expansion Lecture-1@ChemicalMahi

Thermal Expansion Lecture-1@ChemicalMahi

Hot Work Permit Safety@ChemicalMahi

Hot Work Permit Safety@ChemicalMahi