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The possibility of formulating nitrogen, phosphorus and potassium (NPK) biofertilizer from ashes of waste organic materials such as chicken feathers, bone and banana peels is investigated in this study by first subjecting the agricultural waste to 80-250℃ heat in a muffle furnace to produce ash. Kjeldatherm block digestion unit, UV spectrophotometer, and flame photometers, respectively helped in measuring the concentrations of N, P and K inherent in the fertilizer precursors as well as in 5 formulated blends (i.e., A, B, C, D & E). It was discovered that NPK in the single substrate and blends favorably compared with standard NPK 20:10:10 chemical fertilizer to some extent. Among single material fertilizer sources, feather ash with 0.179:1:0.134 NPK and bone ash with 0.009:1:0.021 NPK had the closest nutrient content with the standard, showing potential promise. On the other hand, Blend E is the same as the standard, followed by Blend A, B, D and C, which are hierarchically close in elemental composition to the standard. The choice of these biofertilizers is dependent on their nutrient compositions, the type of crops to be grown, and the soil mineral requirements. Most importantly, different NPK ratio organic fertilizers produced in this study can competitively be produced in a large scale to address huge costs associated with the NPK 20:10:10 standard commercial fertilizer. Blend E (NPK 20:10:10) can be formulated locally by farmers in rural areas easily using this particular agricultural residue or a host of other confirmed farm wastes.
NPK Bio-fertilizer Production from Banana Peel.pdf
NPK Bio-fertilizer Production from Banana Peel.pdf
PremBaboo4
A type of treatment that uses substances made from living organisms to treat waste and waste water. These substances may occur naturally in the body or may be made in the laboratory. Biological treatment is the sustainable treatment of waste. Biological treatment is an attractive and useful technology that results in the complete conversion of organic compounds into less harmful end products such as CO2 and H2O. It is considered low-cost and environmentally friendly compared to physical or chemical methods for removing contaminants without any harmful chemicals. The biological waste management technologies include composting, incineration, landfill, anaerobic digestion, and bioconversion to produce biofuels, i.e., bioethanol, biodiesel, biogas, methane production etc.
Biological Waste water Treatment Fundamentals and Recent developmentin Nutrie...
Biological Waste water Treatment Fundamentals and Recent developmentin Nutrie...
PremBaboo4
NOx, SOx & CO2 emission are the serious problem in any fertilizers plant. The urea production and use of nitrogen fertilizers lead to the release of SOx, CO2, N2O and CH4, which are among the most important global GHGs. The synthesis of ammonia, from which all synthetic fertilizers are produced, accounts alone for about 0.8% of the global GHG emissions and 2% of global energy. CO2 emission factor from urea is 0.2 kg Carbon per kg urea, which is equivalent to the mass percent of Carbon in urea. Urea dust control system should be there in every plant. The pollution point of view urea dust is very harmful to buildings and humans. If you install CO2 recovery system, then you can also control SOx and NOx. In reality dust emission control system should be installed in prilling tower. It is not costly; slightly per ton of urea energy will increase but it is necessary for all urea plants. Number of Revamp Companies are available in market.
NOx SOx CO2 and Urea Dust Control inFertilizers Plants.pdf
NOx SOx CO2 and Urea Dust Control inFertilizers Plants.pdf
PremBaboo4
Environmental protection is the practice of protecting the individuals, organizations and governments. Wastewaters from chemical fertilizer industry mainly contain organics, alcohols, ammonia, nitrates, phosphorous, heavy metals such as cadmium and suspended solids. The nature of effluent streams varies in terms of its constituents and complexity. This paper intends to elaborate the standpoint views of the production technology and environment management of harmful emissions. Typical nitrogen based fertilizer plants producing ammonia and urea using the advanced available technologies as in the Dangote fertilizer plant. The study centers on the development of a multi-treatment advanced biological system which comprises enzymatic hydrolysis and biological nitrification to produce effluent suitable for discharge to the Atlantic Ocean. A wide variety of methods and online analysers are installed for monitoring emission, assure advanced and high level of protection & method adopted to reduce the emission and control pollution
Environmental-Protection-in-Fertilizer-Plants.pdf
Environmental-Protection-in-Fertilizer-Plants.pdf
PremBaboo4
If we talk about the costly and biggest heat exchanger in urea plants, then the name of the stripper comes first. Nowadays the competition of stripper is running for more and more capacity. In this regards some urea plant licensers have gone ahead some are left behind some are very much behind and some are dragging. Urea stripper is a vertical in tube falling film decomposer in which the liquid, distributed on the heating surface as a film, flows by gravity to the bottom. The Urea stripper is the heart of urea plants.
Some Facts about Urea Stripper By Prem Baboo.pdf
Some Facts about Urea Stripper By Prem Baboo.pdf
PremBaboo4
In any centrifugal compressor the Antisurge protection in action interlock is given for compressor safety. This logic is very typical and related to much input. Each input is very important for compressor life and internals. This paper intended how to work this logic. This paper explains surge protection in action phenomena and explains why the anti-surge protection system is a very important part of a compressor? The multi stage compressor has many stages for developing pressure and high rpm which is generated with steam turbine. Numbers of companies are available for controlling surging of compressor like CCC (Compressor Controls Corporation), USA. Woodward and Yokogawa, Turbo machinery control system etc. are provider solutions for compressor flow control device with software and hardware.
“Antisurge Protection in action” for Compressors By Prem Baboo.pdf
“Antisurge Protection in action” for Compressors By Prem Baboo.pdf
PremBaboo4
Catalyst is the heart of ammonia plants. A catalyst accelerates reaction by providing alternate paths to products, the activation energy of each catalytic step being less than that of no catalytic reaction, in the reaction cycle, active centers of catalysis first combine with at least one reactant and then is reproduced with the appearance of product. Equilibrium conversion not altered by catalysts. The catalyst can radically alter selectivity. In chemical industry, catalysts are used in order to bring some chosen reaction as close as possible to a selected equilibrium point in the shortest possible time. The rate of reaction is influenced by a substance that remains chemically unaffected.
Ammonia Plant and Catalyst By Prem Baboo.pdf
Ammonia Plant and Catalyst By Prem Baboo.pdf
PremBaboo4
A trouble shooting case study in Fertilizers unit, India.Solving the problem of Feed/Effluent Exchanger E-3321A/B in Process Condensate stripping section of Ammonia plant by Analytical approach. The problem solved by in house experts without changing the heat exchangers while others plant change the heat exchangers. Number of modification done and huge amount of energy saved. The paper intended how to save energy by changing heat exchanger and pressure of PC Stripper. The treated process condensate was earlier cooled by CW in final cooler from about 90ºC to 40ºC. This available heat of PC is being recovered by exchanging heat with DM water in a plate heat exchanger. The pressure of PC stripper has been raised to about 1.5 kg/cm²g to make the extra heat recovery possible. Now pressure is 41.5 kg/cm2. A new Plate heat exchanger was procured & installed for the heat recovery.
A case study on Process Condensate Stripper in Ammonia Plant by Prem Baboo.pdf
A case study on Process Condensate Stripper in Ammonia Plant by Prem Baboo.pdf
PremBaboo4
Recommended
The possibility of formulating nitrogen, phosphorus and potassium (NPK) biofertilizer from ashes of waste organic materials such as chicken feathers, bone and banana peels is investigated in this study by first subjecting the agricultural waste to 80-250℃ heat in a muffle furnace to produce ash. Kjeldatherm block digestion unit, UV spectrophotometer, and flame photometers, respectively helped in measuring the concentrations of N, P and K inherent in the fertilizer precursors as well as in 5 formulated blends (i.e., A, B, C, D & E). It was discovered that NPK in the single substrate and blends favorably compared with standard NPK 20:10:10 chemical fertilizer to some extent. Among single material fertilizer sources, feather ash with 0.179:1:0.134 NPK and bone ash with 0.009:1:0.021 NPK had the closest nutrient content with the standard, showing potential promise. On the other hand, Blend E is the same as the standard, followed by Blend A, B, D and C, which are hierarchically close in elemental composition to the standard. The choice of these biofertilizers is dependent on their nutrient compositions, the type of crops to be grown, and the soil mineral requirements. Most importantly, different NPK ratio organic fertilizers produced in this study can competitively be produced in a large scale to address huge costs associated with the NPK 20:10:10 standard commercial fertilizer. Blend E (NPK 20:10:10) can be formulated locally by farmers in rural areas easily using this particular agricultural residue or a host of other confirmed farm wastes.
NPK Bio-fertilizer Production from Banana Peel.pdf
NPK Bio-fertilizer Production from Banana Peel.pdf
PremBaboo4
A type of treatment that uses substances made from living organisms to treat waste and waste water. These substances may occur naturally in the body or may be made in the laboratory. Biological treatment is the sustainable treatment of waste. Biological treatment is an attractive and useful technology that results in the complete conversion of organic compounds into less harmful end products such as CO2 and H2O. It is considered low-cost and environmentally friendly compared to physical or chemical methods for removing contaminants without any harmful chemicals. The biological waste management technologies include composting, incineration, landfill, anaerobic digestion, and bioconversion to produce biofuels, i.e., bioethanol, biodiesel, biogas, methane production etc.
Biological Waste water Treatment Fundamentals and Recent developmentin Nutrie...
Biological Waste water Treatment Fundamentals and Recent developmentin Nutrie...
PremBaboo4
NOx, SOx & CO2 emission are the serious problem in any fertilizers plant. The urea production and use of nitrogen fertilizers lead to the release of SOx, CO2, N2O and CH4, which are among the most important global GHGs. The synthesis of ammonia, from which all synthetic fertilizers are produced, accounts alone for about 0.8% of the global GHG emissions and 2% of global energy. CO2 emission factor from urea is 0.2 kg Carbon per kg urea, which is equivalent to the mass percent of Carbon in urea. Urea dust control system should be there in every plant. The pollution point of view urea dust is very harmful to buildings and humans. If you install CO2 recovery system, then you can also control SOx and NOx. In reality dust emission control system should be installed in prilling tower. It is not costly; slightly per ton of urea energy will increase but it is necessary for all urea plants. Number of Revamp Companies are available in market.
NOx SOx CO2 and Urea Dust Control inFertilizers Plants.pdf
NOx SOx CO2 and Urea Dust Control inFertilizers Plants.pdf
PremBaboo4
Environmental protection is the practice of protecting the individuals, organizations and governments. Wastewaters from chemical fertilizer industry mainly contain organics, alcohols, ammonia, nitrates, phosphorous, heavy metals such as cadmium and suspended solids. The nature of effluent streams varies in terms of its constituents and complexity. This paper intends to elaborate the standpoint views of the production technology and environment management of harmful emissions. Typical nitrogen based fertilizer plants producing ammonia and urea using the advanced available technologies as in the Dangote fertilizer plant. The study centers on the development of a multi-treatment advanced biological system which comprises enzymatic hydrolysis and biological nitrification to produce effluent suitable for discharge to the Atlantic Ocean. A wide variety of methods and online analysers are installed for monitoring emission, assure advanced and high level of protection & method adopted to reduce the emission and control pollution
Environmental-Protection-in-Fertilizer-Plants.pdf
Environmental-Protection-in-Fertilizer-Plants.pdf
PremBaboo4
If we talk about the costly and biggest heat exchanger in urea plants, then the name of the stripper comes first. Nowadays the competition of stripper is running for more and more capacity. In this regards some urea plant licensers have gone ahead some are left behind some are very much behind and some are dragging. Urea stripper is a vertical in tube falling film decomposer in which the liquid, distributed on the heating surface as a film, flows by gravity to the bottom. The Urea stripper is the heart of urea plants.
Some Facts about Urea Stripper By Prem Baboo.pdf
Some Facts about Urea Stripper By Prem Baboo.pdf
PremBaboo4
In any centrifugal compressor the Antisurge protection in action interlock is given for compressor safety. This logic is very typical and related to much input. Each input is very important for compressor life and internals. This paper intended how to work this logic. This paper explains surge protection in action phenomena and explains why the anti-surge protection system is a very important part of a compressor? The multi stage compressor has many stages for developing pressure and high rpm which is generated with steam turbine. Numbers of companies are available for controlling surging of compressor like CCC (Compressor Controls Corporation), USA. Woodward and Yokogawa, Turbo machinery control system etc. are provider solutions for compressor flow control device with software and hardware.
“Antisurge Protection in action” for Compressors By Prem Baboo.pdf
“Antisurge Protection in action” for Compressors By Prem Baboo.pdf
PremBaboo4
Catalyst is the heart of ammonia plants. A catalyst accelerates reaction by providing alternate paths to products, the activation energy of each catalytic step being less than that of no catalytic reaction, in the reaction cycle, active centers of catalysis first combine with at least one reactant and then is reproduced with the appearance of product. Equilibrium conversion not altered by catalysts. The catalyst can radically alter selectivity. In chemical industry, catalysts are used in order to bring some chosen reaction as close as possible to a selected equilibrium point in the shortest possible time. The rate of reaction is influenced by a substance that remains chemically unaffected.
Ammonia Plant and Catalyst By Prem Baboo.pdf
Ammonia Plant and Catalyst By Prem Baboo.pdf
PremBaboo4
A trouble shooting case study in Fertilizers unit, India.Solving the problem of Feed/Effluent Exchanger E-3321A/B in Process Condensate stripping section of Ammonia plant by Analytical approach. The problem solved by in house experts without changing the heat exchangers while others plant change the heat exchangers. Number of modification done and huge amount of energy saved. The paper intended how to save energy by changing heat exchanger and pressure of PC Stripper. The treated process condensate was earlier cooled by CW in final cooler from about 90ºC to 40ºC. This available heat of PC is being recovered by exchanging heat with DM water in a plate heat exchanger. The pressure of PC stripper has been raised to about 1.5 kg/cm²g to make the extra heat recovery possible. Now pressure is 41.5 kg/cm2. A new Plate heat exchanger was procured & installed for the heat recovery.
A case study on Process Condensate Stripper in Ammonia Plant by Prem Baboo.pdf
A case study on Process Condensate Stripper in Ammonia Plant by Prem Baboo.pdf
PremBaboo4
Operation of the plant is mainly supervised by the operators in the control room, who monitor the various instruments and adjust operating conditions in order to obtain satisfactory operation. They should also react when an alarm is activated. In some cases they can re-establish normal conditions by adjusting the controls in the control room; in other cases they give instructions to a field operator to make the necessary adjustments at various locations in the plant. Field operators work in regular shifts in the plant, especially in the reforming section, in order to supervise the firing of the reformer and the temperature of the tubes in the reformer, to record local instrument readings, and to notice any irregularities such as leaks. Every change of temperature of the reformer a little change can bring big change resulting energy losses, e.g. temperature of the primary reformer and CO slip losses in methanation etc.
Some fact about Ammonia Production by Prem Baboo.pdf
Some fact about Ammonia Production by Prem Baboo.pdf
PremBaboo4
The present paper description of Ammonia Plant, Production of Green Hydrogen, Different types of revamp option of Ammonia & urea plant different types of ammonia process, calculation. This paper is very useful for Engineering students, new comers in fertilizers Industries .Practical data detail of vessel, Electric heating primary reformer and what is the difference of Gas fired primary reformer and Electric heating, calculation, efficiency etc.
General Knowledge on Ammonia Production By Prem Baboo.pdf
General Knowledge on Ammonia Production By Prem Baboo.pdf
PremBaboo4
The centrifugal Compressor is designed for gas and vapour if the separation efficiency goes down then the water carryover in next stage and this is very dangerous for compressor internals because the gas & vapours are compressible fluid while the liquid is incompressible fluids. As a result a rapid and exponential rise in hydraulic pressure will be occurred and also Vibration. So, overall, vanes and impellers are the main victims of liquid droplets in a centrifugal compressor, or any compressor. Two phase flow in a compressor always damage its internal and it may damage the casing and deposition takes place on internals
How to Calculate Separation Efficiency of compressor separators By Prem Babo...
How to Calculate Separation Efficiency of compressor separators By Prem Babo...
PremBaboo4
78-80 % energy of Urea process depends upon ammonia process and rest on power & steam. If the energy of ammonia plants is improved then the urea plant energy automatically improves. The specific consumption of urea stoichiometrically is 0.566 but due to losses it generally found 0.569-0.574 depends upon loses of urea/ammonia in the process etc. steam consumption if you are using 40 ata steam turbine then you will have to change into 100 ata steam turbine. The energy will be improved about 0.097 G.Cal/ton of urea. In this quiz how to improve energy in urea plants. Indian urea manufacturers are on a par with the best of the world in terms of low energy consumption and greenhouse gas (GHG) emissions, Besides becoming a global concern for pollution of groundwater and surface water bodies, the production and use of urea has also significantly contributed to GHG emissions. “Energy conserved is energy produced “Energy conserved is energy produced “
Question Answer on Energy Conservation Vol 2 by Prem Baboo.pdf
Question Answer on Energy Conservation Vol 2 by Prem Baboo.pdf
PremBaboo4
G.Cal/ton of Ammonia, G.Cal/ton of urea is the most important data in fertilizers industries for performance evaluation. The energy of the fertilizers is depends upon Reformer feed & fuel. Earlier thinking Fertilizers should be produced at any cost we have nothing to do with energy & pollution and what environment we don’t know? But today time has changed. We have to meet the energy & environment conditions otherwise penalty will be imposed and your factory will be closed. In this quiz we will discuss about energy. How to reduced energy and how to reduced pollution how to save environment? Etc. Hydrogen and could be a boon for renewable energy demand. But greening ammonia, the chemical primarily used to make fertilizer, will take a lot of heavy lifting. Green ammonia is two to three times more expensive than gray ammonia. Depends upon power source means where we are getting power from, i.e. Hydro power or non renewable source.
Question Answer on Energy Conservation Vol 1 By Prem Baboo.pdf
Question Answer on Energy Conservation Vol 1 By Prem Baboo.pdf
PremBaboo4
Dear friends today we will discuss on urea product quality. What are the factors on which urea product quality depends? How to improve urea product quality. Urea produced by prilling and granulation rout. In India Prilling is very popular and other countries Granulation rout is adopted. There are some merits and demerits are prilling and granulation routs. Different types of question with their answers
Discussion on Urea Product Quality by Prem Baboo.pdf
Discussion on Urea Product Quality by Prem Baboo.pdf
PremBaboo4
After the success of Vol-1, now here is Vol-2, Vol-1 is very much liked by people. There was a time when people did not share their knowledge in public and his knowledge used to be buried with him but he did not tell anything throughout his life. But I want to share my rich experience with people before dying. The practical knowledge is an important part of life, which is not found in books, this volume contains unprecedented experience of my chemical & fertilizers industries experience. This volume contains Urea HP/MP/LP/Vacuum and waste water questions & answer with trouble shooting.
Question & Answer on Fertilizers Industries Vol 2.pdf
Question & Answer on Fertilizers Industries Vol 2.pdf
PremBaboo4
Fire network & Fire prevention device with fire station is essential for all industries. The fire Industries have very dangerous substances and gases that can catch fire at any time. Most of the accidents/injuries are caused by human errors. Industry says, human error accounts for 96% of accidents. The rest takes place due to external conditions and failure factory equipment. In which fertilizers industries account for most of such fatal accidents. Safety is a condition or state of being resulting from the modification of human behavior, and/or designing of the physical environment to reduce the possibility of hazards, thereby reducing accidents. Safety is an ever changing condition in which one attempts to minimize the risk of injury, illness or property damage from the hazards to which one may be exposed. Perfect fire network is must for fertilizers Industries. Life is god's special gift to mankind. It is therefore important to treasure & protect it from all kinds of potential threats. Regardless of the precautions that we take in our day-to-day life, fire accidents are seldom averted. Risky jobs with a potential to put your life at risk can be a cause for concern especially to your family & friends. Moreover,constant exposure to dangerous surroundings increases the chances of enduring major/minor injuries with a likelihood of developing a permanent handicap.
Fire Safety Network for Fertilizers Industries.pdf
Fire Safety Network for Fertilizers Industries.pdf
PremBaboo4
There are numbers of Fertilizers are used for improve productivity of grain, N; P &K are important fertilizers among them. Commercially Urea is more produced because the Nitrogen percentage is higher than all fertilizers. These three NPK are primary nutrient. There are some question arises about these industries, present paper intended to attempt the answer those questions. These question are very useful in interview point of view and also for new comers joining in Fertilizers Industries.
Question Answer on Fertilizers Industries.pdf
Question Answer on Fertilizers Industries.pdf
PremBaboo4
In Urea Process corrosion/Erosion also observed in LP and vacuum section. The paper indeed how to tackle this type of problem? Root cause of corrosion in LP & vacuum section. Construction of material used in these sections. Operation of LP section with trouble shooting How to balance water in the process, Distillation Tower Versus LP carbonate solution tank with operation of LP decomposer. Water balance in whole plant prilling rout as well as granulation rout. How a small variation of Pressure & temperature makes a drastic change in the process including waste water section? How Distillation tower feed related to LP decomposer pressure & temperature? The detail described in this article. The intensity of corrosion is greatest in the reaction section and the first recycle, where pressures, temperatures and concentrations are higher than downstream. The reactor liner, pumps, decomposers, strippers and condensers are more vulnerable to attack by ammonium carbamate. But the corrosion is also important in LP and vacuum sections. The typical corrosion is observed in 2nd stage of vacuum in some plants of urea.
OPERATION AND TROUBLE SHOOTING IN LP AND VACUUM SECTION FOR MS SAIPEM PROCESS...
OPERATION AND TROUBLE SHOOTING IN LP AND VACUUM SECTION FOR MS SAIPEM PROCESS...
PremBaboo4
In Urea Process corrosion/Erosion also observed in LP and vacuum section. The paper indeed how to tackle this type of problem? Root cause of corrosion in LP & vacuum section. Construction of material used in these sections. Operation of LP section with trouble shooting How to balance water in the process, Distillation Tower Versus LP carbonate solution tank with operation of LP decomposer. Water balance in whole plant prilling rout as well as granulation rout. How a small variation of Pressure & temperature makes a drastic change in the process including waste water section? How Distillation tower feed related to LP decomposer pressure & temperature? The detail described in this article. The intensity of corrosion is greatest in the reaction section and the first recycle, where pressures, temperatures and concentrations are higher than downstream. The reactor liner, pumps, decomposers, strippers and condensers are more vulnerable to attack by ammonium carbamate. But the corrosion is also important in LP and vacuum sections. The typical corrosion is observed in 2nd stage of vacuum in some plants of urea.
OPERATION AND TROUBLE SHOOTING IN LP AND VACUUM SECTION FOR MS SAIPEM PROCESS...
OPERATION AND TROUBLE SHOOTING IN LP AND VACUUM SECTION FOR MS SAIPEM PROCESS...
PremBaboo4
In Fertilizers industries the material plays a very important role. Right material can save energy as well as plant life and wrong selection of material may lead to catastrophic failures and outage of plants & even loss of Human lives, Right selection of material leads to long life of plant. In urea plant very corrosive chemicals are used for urea production. The raw material of urea plant is Ammonia and Carbon Dioxide gas which makes very corrosive chemical ammonium Carbamate. For reduced corrosion passivation air is used in reactor as well as stripper according to material of selection different quaintly of air is used. Controlled and less quantity of passivation air is required for Titanium and Zirconium material and hence saving of energy because the huge amount of ammonia is waste with venting of inerts, i.e. saving of energy and environments also. Passivation oxygen given in CO2 is directly proportional to ammonia losses in MP section. This paper intended how to increase life of urea reactor liner and energy saving with low passivation air and high N/C ratio, Ammonia is the noncorrosive and ammonia to CO2 Ratio is an important parameter for process optimization occurring less losses and less explosion probability in urea reactor because it affects the amount of produced urea and corrosion to the material in the reactor. Generally we are using urea reactor liner 316L (urea grade), now adopted 2RE69 for large capacity plant (world largest) and Duplex stainless steel.
The Role of Material in Fertilizers IndustrieswithEnergy saving.pdf
The Role of Material in Fertilizers IndustrieswithEnergy saving.pdf
PremBaboo4
Risk Management is the Identification, Analysis and Economic Control of those Risks which can Threaten the Assets (Property, Human) or the Earning Capacity of an Enterprise” Risk management is the process of identifying, assessing and controlling threats to an organization's capital and earnings. These risks stem from a variety of sources including financial uncertainties, legal liabilities, technology issues, strategic management errors, accidents and natural disasters. The article intended The Fertilizer Plant pose fire, explosion and toxic hazards due to unwanted and accidental release of natural gas as well as process gas containing CO, H2, Methane and toxic gases like Ammonia and Chlorine. The effect zones of the fire and explosion hazard are generally restricted within the plant boundary limits and near the source of generation itself. However, effect of accidental release of Ammonia and other toxic gases may go outside the factory premises. This section deals with the failure modes, listing of failure cases leading to different hazard scenarios, consequence modeling and the risk evaluation. Consequence analysis is basically a quantitative study of the hazard due to various failure scenarios to determine the possible magnitude of damage effects and to determine the distances up to which the damage may be affected using internationally accepted mathematical models.
RISK MANAGEMENT IN AMMONIA UREA PLANTS.pdf
RISK MANAGEMENT IN AMMONIA UREA PLANTS.pdf
PremBaboo4
Prills /granular urea are not only costly for the producer but may be harmful to humans and the environment. Furthermore, nano Urea may also be used for enhancing abiotic stress tolerance. Nano-Urea prevents environmental pollution and improves physiological traits of wheat grown under drought stress conditions. The nano urea consist of higher surface area because lesser in size of the nano particle and have high reactivity, solubility in water. Nano Urea are the important tools in agriculture to improve crop efficiency, yield and quality parameters with increase nutrient use efficiency, reduce wastage of fertilizers and cost of cultivation. Nano-urea is very effective for precise nutrient management in precision agriculture with matching the crop growth stage for nutrient and may provide nutrient throughout the crop growth period. Nano-Urea increase crop growth up to optimum concentrations further increase in concentration may inhibit the crop growth due to the toxicity of nutrient. Nano-Urea provide more surface area for different metabolic reactions in the plant which increase rate of photosynthesis and produce more dry matter and yield of the crop. It is also prevent plant from different biotic and abiotic stress.
Nano Urea the Philosophy of Future.pdf
Nano Urea the Philosophy of Future.pdf
PremBaboo4
Urea dust emission is the major problem for environment. In India fertilizers Produced by Prilling routs for Urea and Ammonium Nitrate. Prilling is the common process. The revamp of emission control system in prilling tower is a considerable burden. It not only presents a substantial investment but also raises the running costs and energy may increase up to 0.01 Gcal/ton of urea.. In the face of strong demand for environment friendliness and effective use of power it is then an issue of utmost importance to pick the legally emission control solution, the one that can guarantee, if not a full return on the investment, then at least cutting the cost to absolute minimum. In order to remove urea dust and ammonia, wet processes are generally applied. The available technologies vary with regard to the scrubber design, type of demisters and the gas moisturizing/spraying system. Dust emission is directly proportional to temperature. Dust emission can control by internal and external process. In India generally followed internal routs. The pollution control Board sample should be ok just thinking so. Either reduction of plant load or bypassing the recovery system at the time of sampling or manipulating data. It is the bitter truth. In reality dust emission control system should be installed in prilling tower. It is not costly; slightly per ton of urea energy will increase but it is necessary for all urea plants. Number of Revamp Companies are available in market.
HOW TO CONTROL PRILLING TOWER DUST EMISSION.pdf
HOW TO CONTROL PRILLING TOWER DUST EMISSION.pdf
PremBaboo4
In the plant, ammonia is produced from synthesis gas containing hydrogen and nitrogen in the ratio of approximately 3:1. Besides these components, the synthesis gas contains inert gases such as argon and methane to a limited extent. The source of H2 is demineralized water and the hydrocarbons in the natural gas. The source of N2 is the atmospheric air. The source of CO2 is the hydrocarbons in the natural gas feed. Product ammonia and CO2 is sent to urea plant. The present article intended the description of ammonia plant for natural gas based plants and the possible material balance of some section
AMMONIA PLANT MATERIAL BALANCE.pdf
AMMONIA PLANT MATERIAL BALANCE.pdf
PremBaboo4
In M/S. Saipem process the HP loop operation is very typical including HP stripper and Reactor N/C ratio, H/C ratio and conversion of the reactor. The MP loop also very typical in operation point of view in which the level of Medium pressure absorber is fluctuating frequently when plant starts up /shut down or any process disturbances/upset. This article intended how to tackle theses type of problem and the MP absorber level and why the level is so important? Why density variation in startup/shut down or any upset of the process by any reason. Why the level transmitter of MP absorber is showing erratic level? How to prevent CO2 Carryover to ammonia receiver through ammonia condenser. Can we replace the DP type transmitter with radar type in stripper as well as MP absorber?
OPERATION AND TROUBLE SHOOTING IN UREA SYNTHESI SSECTION.pdf
OPERATION AND TROUBLE SHOOTING IN UREA SYNTHESI SSECTION.pdf
PremBaboo4
In M/S. Saipem process the HP loop operation is very typical including HP stripper and Reactor N/C ratio, H/C ratio and conversion of the reactor. The MP loop also very typical in operation point of view in which the level of Medium pressure absorber is fluctuating frequently when plant starts up /shut down or any process disturbances/upset. This article intended how to tackle theses type of problem and the MP absorber level and why the level is so important? Why density variation in startup/shut down or any upset of the process by any reason. Why the level transmitter of MP absorber is showing erratic level? How to prevent CO2 Carryover to ammonia receiver through ammonia condenser. Can we replace the DP type transmitter with radar type in stripper as well as MP absorber?
OPERATION AND TROUBLE SHOOTING IN UREA SYNTHESI SSECTION.pdf
OPERATION AND TROUBLE SHOOTING IN UREA SYNTHESI SSECTION.pdf
PremBaboo4
In Ammonia plant numbers unwanted products are formed such as CO2 & methanol, Methanol is the by-product and it is very dangerous for environment and cations and anion resin also, which is used treated waste water through urea plant. Methanol is also dangerous for Ozone layers.CO2 is also by-product in ammonia process but it is used for production of urea. The paper intended how it is generate in ammonia plant as a by-product.how to control and minimized. How does this damage the environment? It is desirable to minimize methanol by-product formention for several reasons: Methanol emissions are being regulated to protect the environment. Several ammonia plants are already facing regulations that limit methanol emissions to the atmosphere. These regulations affect plants that vent the CO2 stream as well as plants that are not designed to recover methanol from the various vents. The methanol recovers from CO2 compressor separators are using in anaerobic water treatment plant as bacteria feed.
BY-PRODUCT AND CONTROL IN AMMONIA PROCESS.pdf
BY-PRODUCT AND CONTROL IN AMMONIA PROCESS.pdf
PremBaboo4
Urea dust emission is the major problem for environment. In India fertilizers Produced by Prilling routs for Urea and Ammonium Nitrate. Prilling is the common process. The revamp of emission control system in prilling tower is a considerable burden. It not only presents a substantial investment but also raises the running costs and energy may increase up to 0.01 Gcal/ton of urea.. In the face of strong demand for environment friendliness and effective use of power it is then an issue of utmost importance to pick the legally emission control solution, the one that can guarantee, if not a full return on the investment, then at least cutting the cost to absolute minimum. In order to remove urea dust and ammonia, wet processes are generally applied. The available technologies vary with regard to the scrubber design, type of demisters and the gas moisturizing/spraying system. Dust emission is directly proportional to temperature. Dust emission can control by internal and external process. In India generally followed internal routs. The pollution control Board sample should be ok just thinking so. Either reduction of plant load or bypassing the recovery system at the time of sampling or manipulating data. It is the bitter truth. In reality dust emission control system should be installed in prilling tower. It is not costly; slightly per ton of urea energy will increase but it is necessary for all urea plants. Number of Revamp Companies are available in market.
How to control prilling tower dust emission
How to control prilling tower dust emission
PremBaboo4
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Operation of the plant is mainly supervised by the operators in the control room, who monitor the various instruments and adjust operating conditions in order to obtain satisfactory operation. They should also react when an alarm is activated. In some cases they can re-establish normal conditions by adjusting the controls in the control room; in other cases they give instructions to a field operator to make the necessary adjustments at various locations in the plant. Field operators work in regular shifts in the plant, especially in the reforming section, in order to supervise the firing of the reformer and the temperature of the tubes in the reformer, to record local instrument readings, and to notice any irregularities such as leaks. Every change of temperature of the reformer a little change can bring big change resulting energy losses, e.g. temperature of the primary reformer and CO slip losses in methanation etc.
Some fact about Ammonia Production by Prem Baboo.pdf
Some fact about Ammonia Production by Prem Baboo.pdf
PremBaboo4
The present paper description of Ammonia Plant, Production of Green Hydrogen, Different types of revamp option of Ammonia & urea plant different types of ammonia process, calculation. This paper is very useful for Engineering students, new comers in fertilizers Industries .Practical data detail of vessel, Electric heating primary reformer and what is the difference of Gas fired primary reformer and Electric heating, calculation, efficiency etc.
General Knowledge on Ammonia Production By Prem Baboo.pdf
General Knowledge on Ammonia Production By Prem Baboo.pdf
PremBaboo4
The centrifugal Compressor is designed for gas and vapour if the separation efficiency goes down then the water carryover in next stage and this is very dangerous for compressor internals because the gas & vapours are compressible fluid while the liquid is incompressible fluids. As a result a rapid and exponential rise in hydraulic pressure will be occurred and also Vibration. So, overall, vanes and impellers are the main victims of liquid droplets in a centrifugal compressor, or any compressor. Two phase flow in a compressor always damage its internal and it may damage the casing and deposition takes place on internals
How to Calculate Separation Efficiency of compressor separators By Prem Babo...
How to Calculate Separation Efficiency of compressor separators By Prem Babo...
PremBaboo4
78-80 % energy of Urea process depends upon ammonia process and rest on power & steam. If the energy of ammonia plants is improved then the urea plant energy automatically improves. The specific consumption of urea stoichiometrically is 0.566 but due to losses it generally found 0.569-0.574 depends upon loses of urea/ammonia in the process etc. steam consumption if you are using 40 ata steam turbine then you will have to change into 100 ata steam turbine. The energy will be improved about 0.097 G.Cal/ton of urea. In this quiz how to improve energy in urea plants. Indian urea manufacturers are on a par with the best of the world in terms of low energy consumption and greenhouse gas (GHG) emissions, Besides becoming a global concern for pollution of groundwater and surface water bodies, the production and use of urea has also significantly contributed to GHG emissions. “Energy conserved is energy produced “Energy conserved is energy produced “
Question Answer on Energy Conservation Vol 2 by Prem Baboo.pdf
Question Answer on Energy Conservation Vol 2 by Prem Baboo.pdf
PremBaboo4
G.Cal/ton of Ammonia, G.Cal/ton of urea is the most important data in fertilizers industries for performance evaluation. The energy of the fertilizers is depends upon Reformer feed & fuel. Earlier thinking Fertilizers should be produced at any cost we have nothing to do with energy & pollution and what environment we don’t know? But today time has changed. We have to meet the energy & environment conditions otherwise penalty will be imposed and your factory will be closed. In this quiz we will discuss about energy. How to reduced energy and how to reduced pollution how to save environment? Etc. Hydrogen and could be a boon for renewable energy demand. But greening ammonia, the chemical primarily used to make fertilizer, will take a lot of heavy lifting. Green ammonia is two to three times more expensive than gray ammonia. Depends upon power source means where we are getting power from, i.e. Hydro power or non renewable source.
Question Answer on Energy Conservation Vol 1 By Prem Baboo.pdf
Question Answer on Energy Conservation Vol 1 By Prem Baboo.pdf
PremBaboo4
Dear friends today we will discuss on urea product quality. What are the factors on which urea product quality depends? How to improve urea product quality. Urea produced by prilling and granulation rout. In India Prilling is very popular and other countries Granulation rout is adopted. There are some merits and demerits are prilling and granulation routs. Different types of question with their answers
Discussion on Urea Product Quality by Prem Baboo.pdf
Discussion on Urea Product Quality by Prem Baboo.pdf
PremBaboo4
After the success of Vol-1, now here is Vol-2, Vol-1 is very much liked by people. There was a time when people did not share their knowledge in public and his knowledge used to be buried with him but he did not tell anything throughout his life. But I want to share my rich experience with people before dying. The practical knowledge is an important part of life, which is not found in books, this volume contains unprecedented experience of my chemical & fertilizers industries experience. This volume contains Urea HP/MP/LP/Vacuum and waste water questions & answer with trouble shooting.
Question & Answer on Fertilizers Industries Vol 2.pdf
Question & Answer on Fertilizers Industries Vol 2.pdf
PremBaboo4
Fire network & Fire prevention device with fire station is essential for all industries. The fire Industries have very dangerous substances and gases that can catch fire at any time. Most of the accidents/injuries are caused by human errors. Industry says, human error accounts for 96% of accidents. The rest takes place due to external conditions and failure factory equipment. In which fertilizers industries account for most of such fatal accidents. Safety is a condition or state of being resulting from the modification of human behavior, and/or designing of the physical environment to reduce the possibility of hazards, thereby reducing accidents. Safety is an ever changing condition in which one attempts to minimize the risk of injury, illness or property damage from the hazards to which one may be exposed. Perfect fire network is must for fertilizers Industries. Life is god's special gift to mankind. It is therefore important to treasure & protect it from all kinds of potential threats. Regardless of the precautions that we take in our day-to-day life, fire accidents are seldom averted. Risky jobs with a potential to put your life at risk can be a cause for concern especially to your family & friends. Moreover,constant exposure to dangerous surroundings increases the chances of enduring major/minor injuries with a likelihood of developing a permanent handicap.
Fire Safety Network for Fertilizers Industries.pdf
Fire Safety Network for Fertilizers Industries.pdf
PremBaboo4
There are numbers of Fertilizers are used for improve productivity of grain, N; P &K are important fertilizers among them. Commercially Urea is more produced because the Nitrogen percentage is higher than all fertilizers. These three NPK are primary nutrient. There are some question arises about these industries, present paper intended to attempt the answer those questions. These question are very useful in interview point of view and also for new comers joining in Fertilizers Industries.
Question Answer on Fertilizers Industries.pdf
Question Answer on Fertilizers Industries.pdf
PremBaboo4
In Urea Process corrosion/Erosion also observed in LP and vacuum section. The paper indeed how to tackle this type of problem? Root cause of corrosion in LP & vacuum section. Construction of material used in these sections. Operation of LP section with trouble shooting How to balance water in the process, Distillation Tower Versus LP carbonate solution tank with operation of LP decomposer. Water balance in whole plant prilling rout as well as granulation rout. How a small variation of Pressure & temperature makes a drastic change in the process including waste water section? How Distillation tower feed related to LP decomposer pressure & temperature? The detail described in this article. The intensity of corrosion is greatest in the reaction section and the first recycle, where pressures, temperatures and concentrations are higher than downstream. The reactor liner, pumps, decomposers, strippers and condensers are more vulnerable to attack by ammonium carbamate. But the corrosion is also important in LP and vacuum sections. The typical corrosion is observed in 2nd stage of vacuum in some plants of urea.
OPERATION AND TROUBLE SHOOTING IN LP AND VACUUM SECTION FOR MS SAIPEM PROCESS...
OPERATION AND TROUBLE SHOOTING IN LP AND VACUUM SECTION FOR MS SAIPEM PROCESS...
PremBaboo4
In Urea Process corrosion/Erosion also observed in LP and vacuum section. The paper indeed how to tackle this type of problem? Root cause of corrosion in LP & vacuum section. Construction of material used in these sections. Operation of LP section with trouble shooting How to balance water in the process, Distillation Tower Versus LP carbonate solution tank with operation of LP decomposer. Water balance in whole plant prilling rout as well as granulation rout. How a small variation of Pressure & temperature makes a drastic change in the process including waste water section? How Distillation tower feed related to LP decomposer pressure & temperature? The detail described in this article. The intensity of corrosion is greatest in the reaction section and the first recycle, where pressures, temperatures and concentrations are higher than downstream. The reactor liner, pumps, decomposers, strippers and condensers are more vulnerable to attack by ammonium carbamate. But the corrosion is also important in LP and vacuum sections. The typical corrosion is observed in 2nd stage of vacuum in some plants of urea.
OPERATION AND TROUBLE SHOOTING IN LP AND VACUUM SECTION FOR MS SAIPEM PROCESS...
OPERATION AND TROUBLE SHOOTING IN LP AND VACUUM SECTION FOR MS SAIPEM PROCESS...
PremBaboo4
In Fertilizers industries the material plays a very important role. Right material can save energy as well as plant life and wrong selection of material may lead to catastrophic failures and outage of plants & even loss of Human lives, Right selection of material leads to long life of plant. In urea plant very corrosive chemicals are used for urea production. The raw material of urea plant is Ammonia and Carbon Dioxide gas which makes very corrosive chemical ammonium Carbamate. For reduced corrosion passivation air is used in reactor as well as stripper according to material of selection different quaintly of air is used. Controlled and less quantity of passivation air is required for Titanium and Zirconium material and hence saving of energy because the huge amount of ammonia is waste with venting of inerts, i.e. saving of energy and environments also. Passivation oxygen given in CO2 is directly proportional to ammonia losses in MP section. This paper intended how to increase life of urea reactor liner and energy saving with low passivation air and high N/C ratio, Ammonia is the noncorrosive and ammonia to CO2 Ratio is an important parameter for process optimization occurring less losses and less explosion probability in urea reactor because it affects the amount of produced urea and corrosion to the material in the reactor. Generally we are using urea reactor liner 316L (urea grade), now adopted 2RE69 for large capacity plant (world largest) and Duplex stainless steel.
The Role of Material in Fertilizers IndustrieswithEnergy saving.pdf
The Role of Material in Fertilizers IndustrieswithEnergy saving.pdf
PremBaboo4
Risk Management is the Identification, Analysis and Economic Control of those Risks which can Threaten the Assets (Property, Human) or the Earning Capacity of an Enterprise” Risk management is the process of identifying, assessing and controlling threats to an organization's capital and earnings. These risks stem from a variety of sources including financial uncertainties, legal liabilities, technology issues, strategic management errors, accidents and natural disasters. The article intended The Fertilizer Plant pose fire, explosion and toxic hazards due to unwanted and accidental release of natural gas as well as process gas containing CO, H2, Methane and toxic gases like Ammonia and Chlorine. The effect zones of the fire and explosion hazard are generally restricted within the plant boundary limits and near the source of generation itself. However, effect of accidental release of Ammonia and other toxic gases may go outside the factory premises. This section deals with the failure modes, listing of failure cases leading to different hazard scenarios, consequence modeling and the risk evaluation. Consequence analysis is basically a quantitative study of the hazard due to various failure scenarios to determine the possible magnitude of damage effects and to determine the distances up to which the damage may be affected using internationally accepted mathematical models.
RISK MANAGEMENT IN AMMONIA UREA PLANTS.pdf
RISK MANAGEMENT IN AMMONIA UREA PLANTS.pdf
PremBaboo4
Prills /granular urea are not only costly for the producer but may be harmful to humans and the environment. Furthermore, nano Urea may also be used for enhancing abiotic stress tolerance. Nano-Urea prevents environmental pollution and improves physiological traits of wheat grown under drought stress conditions. The nano urea consist of higher surface area because lesser in size of the nano particle and have high reactivity, solubility in water. Nano Urea are the important tools in agriculture to improve crop efficiency, yield and quality parameters with increase nutrient use efficiency, reduce wastage of fertilizers and cost of cultivation. Nano-urea is very effective for precise nutrient management in precision agriculture with matching the crop growth stage for nutrient and may provide nutrient throughout the crop growth period. Nano-Urea increase crop growth up to optimum concentrations further increase in concentration may inhibit the crop growth due to the toxicity of nutrient. Nano-Urea provide more surface area for different metabolic reactions in the plant which increase rate of photosynthesis and produce more dry matter and yield of the crop. It is also prevent plant from different biotic and abiotic stress.
Nano Urea the Philosophy of Future.pdf
Nano Urea the Philosophy of Future.pdf
PremBaboo4
Urea dust emission is the major problem for environment. In India fertilizers Produced by Prilling routs for Urea and Ammonium Nitrate. Prilling is the common process. The revamp of emission control system in prilling tower is a considerable burden. It not only presents a substantial investment but also raises the running costs and energy may increase up to 0.01 Gcal/ton of urea.. In the face of strong demand for environment friendliness and effective use of power it is then an issue of utmost importance to pick the legally emission control solution, the one that can guarantee, if not a full return on the investment, then at least cutting the cost to absolute minimum. In order to remove urea dust and ammonia, wet processes are generally applied. The available technologies vary with regard to the scrubber design, type of demisters and the gas moisturizing/spraying system. Dust emission is directly proportional to temperature. Dust emission can control by internal and external process. In India generally followed internal routs. The pollution control Board sample should be ok just thinking so. Either reduction of plant load or bypassing the recovery system at the time of sampling or manipulating data. It is the bitter truth. In reality dust emission control system should be installed in prilling tower. It is not costly; slightly per ton of urea energy will increase but it is necessary for all urea plants. Number of Revamp Companies are available in market.
HOW TO CONTROL PRILLING TOWER DUST EMISSION.pdf
HOW TO CONTROL PRILLING TOWER DUST EMISSION.pdf
PremBaboo4
In the plant, ammonia is produced from synthesis gas containing hydrogen and nitrogen in the ratio of approximately 3:1. Besides these components, the synthesis gas contains inert gases such as argon and methane to a limited extent. The source of H2 is demineralized water and the hydrocarbons in the natural gas. The source of N2 is the atmospheric air. The source of CO2 is the hydrocarbons in the natural gas feed. Product ammonia and CO2 is sent to urea plant. The present article intended the description of ammonia plant for natural gas based plants and the possible material balance of some section
AMMONIA PLANT MATERIAL BALANCE.pdf
AMMONIA PLANT MATERIAL BALANCE.pdf
PremBaboo4
In M/S. Saipem process the HP loop operation is very typical including HP stripper and Reactor N/C ratio, H/C ratio and conversion of the reactor. The MP loop also very typical in operation point of view in which the level of Medium pressure absorber is fluctuating frequently when plant starts up /shut down or any process disturbances/upset. This article intended how to tackle theses type of problem and the MP absorber level and why the level is so important? Why density variation in startup/shut down or any upset of the process by any reason. Why the level transmitter of MP absorber is showing erratic level? How to prevent CO2 Carryover to ammonia receiver through ammonia condenser. Can we replace the DP type transmitter with radar type in stripper as well as MP absorber?
OPERATION AND TROUBLE SHOOTING IN UREA SYNTHESI SSECTION.pdf
OPERATION AND TROUBLE SHOOTING IN UREA SYNTHESI SSECTION.pdf
PremBaboo4
In M/S. Saipem process the HP loop operation is very typical including HP stripper and Reactor N/C ratio, H/C ratio and conversion of the reactor. The MP loop also very typical in operation point of view in which the level of Medium pressure absorber is fluctuating frequently when plant starts up /shut down or any process disturbances/upset. This article intended how to tackle theses type of problem and the MP absorber level and why the level is so important? Why density variation in startup/shut down or any upset of the process by any reason. Why the level transmitter of MP absorber is showing erratic level? How to prevent CO2 Carryover to ammonia receiver through ammonia condenser. Can we replace the DP type transmitter with radar type in stripper as well as MP absorber?
OPERATION AND TROUBLE SHOOTING IN UREA SYNTHESI SSECTION.pdf
OPERATION AND TROUBLE SHOOTING IN UREA SYNTHESI SSECTION.pdf
PremBaboo4
In Ammonia plant numbers unwanted products are formed such as CO2 & methanol, Methanol is the by-product and it is very dangerous for environment and cations and anion resin also, which is used treated waste water through urea plant. Methanol is also dangerous for Ozone layers.CO2 is also by-product in ammonia process but it is used for production of urea. The paper intended how it is generate in ammonia plant as a by-product.how to control and minimized. How does this damage the environment? It is desirable to minimize methanol by-product formention for several reasons: Methanol emissions are being regulated to protect the environment. Several ammonia plants are already facing regulations that limit methanol emissions to the atmosphere. These regulations affect plants that vent the CO2 stream as well as plants that are not designed to recover methanol from the various vents. The methanol recovers from CO2 compressor separators are using in anaerobic water treatment plant as bacteria feed.
BY-PRODUCT AND CONTROL IN AMMONIA PROCESS.pdf
BY-PRODUCT AND CONTROL IN AMMONIA PROCESS.pdf
PremBaboo4
Urea dust emission is the major problem for environment. In India fertilizers Produced by Prilling routs for Urea and Ammonium Nitrate. Prilling is the common process. The revamp of emission control system in prilling tower is a considerable burden. It not only presents a substantial investment but also raises the running costs and energy may increase up to 0.01 Gcal/ton of urea.. In the face of strong demand for environment friendliness and effective use of power it is then an issue of utmost importance to pick the legally emission control solution, the one that can guarantee, if not a full return on the investment, then at least cutting the cost to absolute minimum. In order to remove urea dust and ammonia, wet processes are generally applied. The available technologies vary with regard to the scrubber design, type of demisters and the gas moisturizing/spraying system. Dust emission is directly proportional to temperature. Dust emission can control by internal and external process. In India generally followed internal routs. The pollution control Board sample should be ok just thinking so. Either reduction of plant load or bypassing the recovery system at the time of sampling or manipulating data. It is the bitter truth. In reality dust emission control system should be installed in prilling tower. It is not costly; slightly per ton of urea energy will increase but it is necessary for all urea plants. Number of Revamp Companies are available in market.
How to control prilling tower dust emission
How to control prilling tower dust emission
PremBaboo4
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Some fact about Ammonia Production by Prem Baboo.pdf
Some fact about Ammonia Production by Prem Baboo.pdf
General Knowledge on Ammonia Production By Prem Baboo.pdf
General Knowledge on Ammonia Production By Prem Baboo.pdf
How to Calculate Separation Efficiency of compressor separators By Prem Babo...
How to Calculate Separation Efficiency of compressor separators By Prem Babo...
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Question Answer on Energy Conservation Vol 2 by Prem Baboo.pdf
Question Answer on Energy Conservation Vol 1 By Prem Baboo.pdf
Question Answer on Energy Conservation Vol 1 By Prem Baboo.pdf
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Discussion on Urea Product Quality by Prem Baboo.pdf
Question & Answer on Fertilizers Industries Vol 2.pdf
Question & Answer on Fertilizers Industries Vol 2.pdf
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Fire Safety Network for Fertilizers Industries.pdf
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Question Answer on Fertilizers Industries.pdf
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The Role of Material in Fertilizers IndustrieswithEnergy saving.pdf
The Role of Material in Fertilizers IndustrieswithEnergy saving.pdf
RISK MANAGEMENT IN AMMONIA UREA PLANTS.pdf
RISK MANAGEMENT IN AMMONIA UREA PLANTS.pdf
Nano Urea the Philosophy of Future.pdf
Nano Urea the Philosophy of Future.pdf
HOW TO CONTROL PRILLING TOWER DUST EMISSION.pdf
HOW TO CONTROL PRILLING TOWER DUST EMISSION.pdf
AMMONIA PLANT MATERIAL BALANCE.pdf
AMMONIA PLANT MATERIAL BALANCE.pdf
OPERATION AND TROUBLE SHOOTING IN UREA SYNTHESI SSECTION.pdf
OPERATION AND TROUBLE SHOOTING IN UREA SYNTHESI SSECTION.pdf
OPERATION AND TROUBLE SHOOTING IN UREA SYNTHESI SSECTION.pdf
OPERATION AND TROUBLE SHOOTING IN UREA SYNTHESI SSECTION.pdf
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notes on Evolution Of Analytic Scalability.ppt
notes on Evolution Of Analytic Scalability.ppt
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A Study of Urban Area Plan for Pabna Municipality
A Study of Urban Area Plan for Pabna Municipality
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The "Employee Leave Management System" has been developed to override the problems prevailing in the practicing manual system. This software is supported to eliminate and in some cases reduce the hardships faced by this existing system. More over this system is designed for the particular need of the company to carry out operations in a smooth and effective manner.
Employee leave management system project.
Employee leave management system project.
Kamal Acharya
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Air Compressor reciprocating single stage
Abc194748
Rule 1 − Check for the blocks connected in series and simplify. Rule 2 − Check for the blocks connected in parallel and simplify. Rule 3 − Check for the blocks connected in feedback loop and simplify. Rule 4 − If there is difficulty with take-off point while simplifying, shift it towards right. Rule 5 − If there is difficulty with summing point while simplifying, shift it towards left. Rule 6 − Repeat the above steps till you get the simplified form, i.e., single block.
Block diagram reduction techniques in control systems.ppt
Block diagram reduction techniques in control systems.ppt
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"Lesotho Leaps Forward: A Chronicle of Transformative Developments"
"Lesotho Leaps Forward: A Chronicle of Transformative Developments"
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Bhubaneswar🌹Call Girls Bhubaneswar ❤Komal 9777949614 💟 Full Trusted CALL GIRL...
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Cara Menggugurkan Sperma Yang Masuk Rahim Biyar Tidak Hamil
Cara Menggugurkan Sperma Yang Masuk Rahim Biyar Tidak Hamil
notes on Evolution Of Analytic Scalability.ppt
notes on Evolution Of Analytic Scalability.ppt
A Study of Urban Area Plan for Pabna Municipality
A Study of Urban Area Plan for Pabna Municipality
Employee leave management system project.
Employee leave management system project.
Air Compressor reciprocating single stage
Air Compressor reciprocating single stage
Block diagram reduction techniques in control systems.ppt
Block diagram reduction techniques in control systems.ppt
"Lesotho Leaps Forward: A Chronicle of Transformative Developments"
"Lesotho Leaps Forward: A Chronicle of Transformative Developments"
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