YC-015A Organic Solvent Spray Dryer
- Laboratory inert loop spray dryer is suitable for spray drying of aqueous solutions and organic solvents
- Small size, which only covers an area of 1.1 square meters, low noise.
- After drying, the particle size ranges from 1~25μm.
- The built-in oxygen monitoring system, safe and reliable.
Pilotech Organic Solvent Spray Dryer
YC-015A organic solvent spray dryer, built-in inert loop (nitrogen circulation), and oxygen monitoring systems, suitable for spray drying of most organic solvents.
The equipment’s rated processing capacity is 1500ML/H. The minimum material volume is 50ML, touch screen control, English operation interface, easy to operate.
Pilotech YC-015A Organic Solvent Spray Dryer
|Min. Outlet Temperature|
|Max. Inlet temperature|
0.7mm standard/(0.5/0.75/1.0/1.5/2.0mm available)
Two fluid nozzle
|Possible particle size range|
|Mean Residence time|
|Max. Sample feed|
|Minimum sample volume|
|Spray chamber material|
SUS304 Stainless steel
|Cyclone separator material|
SUS304 Stainless steel
|Receiving tank material|
SUS304 Stainless steel
SUS304 Stainless steel
|Seal of cyclone/cylinder|
N2 (for solvent)or compressed air(for aqueous)
7-Inch LCD display for Heat, Spray, Pump, Air pressure, de-blocker frequency
Blower does not stop until temp <90⁰C
|Inert loop (for organic solvents)|
Organic Solvent Spray Dryer: The Complete Buying Guide
Apart from water solution, maybe you have many organic solvents requiring a spray dryer machine in the lab for quick spraying and drying. But most traditional spray dryer can only be used for drying water solution. At this point, what you need is a Pilotech YC-015A organic solvent spray dryer.
Organic solvent is flammable, explosive，and toxic. It will be unsafe and harmful to your health if it’s used in an open working environment.
Pilotech YC-015A organic solvent spray dryer is operated in a closed working environment with the full consideration of the above problem. Inert gas, such as nitrogen or argon is used for replacing the air used in the ordinary spray dryer in the system, so as to deal with the flammability of organic solvent. Moreover, nitrogen or other inert gases can be recycled in the system; and organic solvent vapor can also be reused through condensation. It’s more secure, more economical and more environmentally friendly.
Pilotech YC-015A organic solvent spray dryer has various specifications, including mini size 500ML/H, general size 1500ML/H, and pilot-scale 3500ML/H. The mini organic solvent spray dryer adopts a modular structure. The upper part of the equipment is a spray dryer for water solution, while the lower part is an inert loop system. If your sample is water solution, you can use the upper part of the spray dryer only. If your sample is organic solvent, you just need to connect the spray dryer with the inert loop system conveniently.
Pilotech YC-015A pilot-scale organic solvent spray dryer has a wide range of inlet air temperature, ranging from 60°C to 280°C. So it’s applicable for many organic solvents. Moreover, even if you have materials of 100 ML, our pilot-scale organic solvent spray dryer can also handle it. You don’t need to buy a lab scale organic solvent spray dryer.
You can use YC-015A organic solvent spray dryer in many fields, since we have many successful applications in the fields of pharmaceuticals, food, ceramics, chemical engineering, energy, clothing, materials, and biology, etc. Besides, you can refer to numerous applications of YC-015A organic solvent spray dryer in Google Scholar or other papers database.
After the production of the organic solvent spray dryer, for your safety and the reliability of the equipment, we will carry out a series of strict experimental tests on the equipment, to ensure that you have purchased a safe, reliable organic solvent spray dryer that operates stably and delivers high recovery rate.
If you’re looking for solvent spray dryer manufacturer, and if you’re looking for cost effective price, then you’re in the right place, contact us for a quick quote now.
Organic Solvent SprayDryer: The Ultimate FAQ Guide
If you have any question about organic solvent spray dryer, your answer is right here.
So, before you buy organic solvent spray dryer, read this guide.
- What are Organic Solvents?
- What is an Organic Solvent Spray Dryer?
- Why do you need to Use an Organic Solvent Spray Dryer?
- What are the Physical Properties of an Organic Solvent?
- What are the Safety Features of an Organic Solvent Spray Dryer?
- Can you use an Organic Solvent Spray Dryer for Other Solvents?
- What are the Parts of an Organic Solvent Spray Dryer?
- How does an Organic Solvent Spray Dryer Work?
- What is the Capacity of an Organic Solvent Spray Dryer?
- How does a Manual and Automatic Organic Solvent Spray Dryer compare?
- What is the Minimum and Maximum Sample Volume of an Organic Solvent Spray Dryer?
- What is the Evaporating Capacity of an Organic Solvent Spray Dryer?
- Which Industries use an Organic Solvent Spray Dryer?
- What are Some of the Solvents you can use in Organic Solvent Spray Dryer?
- What are the Advantages of an Organic Solvent Spray Dryer?
- Are there Limitations of an Organic Solvent Spray Dryer?
- What are the Technical Parameters of an Organic Solvent Spray Dryer?
- What Parameters Influence the Quality of Product in an Organic Solvent Spray Dryer?
- What is Atomization in an organic solvent spray dryer?
- What is the Price of an Organic Solvent Spray Dryer?
- How does Conventional Spray Drying compare to Organic Solvent Spray Drying?
- How do you Maintain an Organic Solvent Spray Dryer?
- What are the Quality Standards for Organic Solvent Dryer?
- What are the Effects of Spray Drying with Organic Solvents?
- What are the Techniques of Treating Solvents for Spray Drying?
What are Organic Solvents?
An organic solvent is a carbon-based substance.
This substance can dissolve or disperse one or more other substances.
You can have organic solvents that can be:
- Reproductive Hazard
Organic solvents that are reproductive hazards include methyl chloride, 2-ethoxyethanol, and 2-methoxyethano.
Examples of carcinogenic solvents include trichloroethylene, carbon tetrachloride, and benzene.
Neurotoxin organic solvents include toluene, n-hexane, and tetrachloroethylene.
Some of the classes of chemicals you can use as organic solvents include:
- Nitrate or chlorine hydrocarbons
- Aliphatic hydrocarbons
- Aromatic hydrocarbons
What is an Organic Solvent Spray Dryer?
An organic solvent spray dryer is a machine that sprays and dries organic solvent solutions.
This means the machine assists you do the spraying and drying of substances that are not water-soluble.
Why do you need to Use an Organic Solvent Spray Dryer?
An organic solvent spray dryer is an essential machine in many fields.
You need an organic solvent spray dryer to spray and dry materials that can easily dissolve in organic substances.
The machine will meet your production needs promptly.
The machine is also safe for spraying and drying organic solvents.
What are the Physical Properties of an Organic Solvent?
There are many organic solvents available that you can use on an organic solvent spray drying machine.
Each organic solvent has different physical properties to them.
We are going to generalize the physical properties of organic solvents.
Let’s look at the three physical properties you will come into when handling organic solvents:
· Boiling Point
Organic solvents have a low boiling point.
This low boiling point makes sense when you talk about the volatility of organic solvents.
A low boiling point means the organic solvent evaporates rapidly.
This is an important relationship to consider when checking the physical properties.
The physical property of volatility points out to the capability or the tendency for an organic solvent to vaporize.
Vaporization is the ability of an organic solvent to turn from a liquid state to a gaseous state.
When an organic solvent vaporizes, it mostly releases an offensive smell.
An example is when you open a can of open paint and get hit on the face by the smell.
· Color and Size
Even though organic solvents have a distinct smell, they are known to be a colorless and clear liquid.
Organic solvents also have a low molecular weight [g/mol].
What are the Safety Features of an Organic Solvent Spray Dryer?
Organic spray dryer machine
Organic solvents are flammable, toxic, and explosive.
This makes organic solvents unsafe and dangerous to your health.
This is most evident when you use it in an open working environment.
It is therefore important to operate an organic solvent spray dryer in an enclosed working environment.
Working in an enclosed environment minimizes any health and safety issues that may arise.
Also, you will use an inert gas such as nitrogen or argon to replace the air that a common spray dryer uses.
An inert gas handles the issue of flammability of organic solvents.
Besides, you can recycle the nitrogen or other inert gas.
You can also reuse the inert gas after condensation.
This makes an organic solvent spray dryer secure, environmentally friendly as well as economical.
Can you use an Organic Solvent Spray Dryer for Other Solvents?
Yes, you can use an organic solvent spray dryer for many solvents.
This is because it has a broad range of inlet air temperature.
This temperature can range from 60°C to 280°C.
What are the Parts of an Organic Solvent Spray Dryer?
Parts of spray dryer
An organic solvent spray dryer has many components that work together.
All these components are essential to produce the best quality final product.
Knowing how these parts operate is also an important factor to consider when you operate an organic solvent spray dryer.
The parts of an organic solvent spray dryer include:
· Feed pump
The feed pump directs the organic solvent solution into the atomizer.
Besides, the material that is to undergo spraying and drying has to be in a liquid form.
· Atomizer or Spray Nozzles
Normally, the atomizer will make the evaporation and drying process to be more effective.
Also, the atomizer changes the liquid into small droplets.
The atomizer applies pressure on the bulk liquid for the conversion to happen.
Different atomizers can change the bulk liquid into droplets.
The kind of atomizer you choose will affect the size of the droplets.
· Heating System
The heating system does the job of heating the air that will dry the liquid droplets.
It has to be of a certain temperature before it starts the drying process.
The heating system can have two designs:
- Direct method
The air that you are using to dry the tiny droplets is in direct contact with the heating source.
A flame can be the source of heat.
- Indirect method
In an indirect method, you will not heat the air directly with the heat exchanger.
· Drying Chamber
The drying chamber is the house that all the drying takes place.
You will remove moisture in the drying chamber when the hot air mixes with the tiny droplets.
The air and liquid droplet mixture happen here.
The length of the drying chamber affects the residence time of the mixture you are dying.
Some of the factors that influence the size of the drying chamber include:
- The kind of atomizer or spray nozzle
- The temperature of the inlet air
- The feed rate
- The distribution type of the feed
· Powder Recovery System
The powder recovery system collects all the dry powder.
· Process Control System
This is a system from which you can easily change the parameters of the drying process.
It has a programmable logic controller [PLC] with a touch screen to easily input various commands.
How does an Organic Solvent Spray Dryer Work?
An organic solvent spray dryer works by atomizing organic solvents.
The following are the steps on how an organic solvent spray dryer works:
· Wet Stage
The wet stage is the very first step you should take when working with an organic solvent spray dryer.
All the materials that will undergo drying are in a liquid form.
The liquid solution makes it possible for atomization to happen effectively.
The various steps in the wet stage include:
- Dissolution or formulation
This is the step where you will mix the raw material with the organic solvent to form a liquid solution.
- Evaporation or concentration
In this step, you will increase the solid that produces a superior yield.
Heating assists in taking care of the increase in viscosity that happens due to concentration.
The organic solvent solution is known as slurry.
In the pumping stage, you will use high pressure to pump the organic solvent solution.
· Atomization Stage
Atomization makes it possible for drying to take place rapidly as the bulk liquid is now in small droplets.
Atomization will increase the surface area of the liquid making it easy for moisture to evaporate from the particles.
The spray nozzles are responsible for atomization.
The material and flow rate will assist you in choosing the best nozzle design from the many available in the market.
Examples of the types of atomization nozzles include:
- Rotary nozzle
- Pressure nozzle
- Two-fluid nozzle
· Contact Stage
When the droplets get in contact with the hot dry air, drying takes place.
The air that you will use to dry the fine droplets has to have a high temperature before this contact begins.
Hot air makes it easy for moisture in the particles to vaporize rapidly.
The hot air gets into the drying chamber when it is hot and dry.
On exiting the drying chamber, it is humid and has a low temperature.
The hot air can enter the drying chamber in two ways:
This happens when the hot air enters the drying chamber from the top.
This means that the fine droplets and hot air come from the same direction.
Most spray dryers use the co-current drying technique.
The co-current drying technique prevents the powder from overheating.
- Counter Currently
This happens when the hot air enters the drying chamber from the bottom.
This means that the fine droplets and hot air come from opposing directions.
· Drying Stage
Drying of the fine droplets happens in the drying chamber.
Hot air removes moisture from the particles as there is a heat exchange process.
The drying process can occur in three ways:
- Bubble Formation
The temperature of the particles increases during the falling rate.
The organic solvent in the particle will vaporize when the temperature gets higher than its boiling point.
A bubble will form once the organic solvent vaporizes.
- Falling Rate
The characteristic of the organic solvent in the solid particle influences the drying process.
Diffusion influences this drying process.
- Constant Drying rate
The organic solvent will saturate the particles in this stage.
A lot of transfer happens quickly when the surface of the particle is larger.
· Collection Stage
In the collection stage, you will collect all the dry powder.
Cyclones help to separate the drying air from the dry particles.
Cyclones with filters increase the efficiency of the separation of these two.
The particles separate from the air once it enters the cyclone.
Also, the dry powder gathers at the bottom of the organic solvent spray dryer.
What is the Capacity of an Organic Solvent Spray Dryer?
An organic solvent spray dryer has an evaporating capacity of different values.
On average, the evaporating capacity can range from 500 ml/h to 3500 ml/h.
Large organic solvent spray dryers have a larger capacity than the mini versions.
How does a Manual and Automatic Organic Solvent Spray Dryer compare?
There are differences between a manual and automatic organic solvent spray dryer.
Here are some of the comparisons between the two:
Generally, automatic organic solvent spray dryers cost more than their manual counterpart.
This is due to the in-built capabilities of an automatic organic solvent spray dryer.
With a manual organic spray dryer, the human workload is much greater than for an automatic one.
The reason for this is that the automatic version can do most of the tasks by itself.
You can program the automatic version to the specifications you want to achieve from a central panel.
Besides, you only need one person to operate the automatic organic solvent spray dryer.
All this you can do from the PLC and touch screen HMI.
An automatic organic solvent spray dryer is more accurate than a manual organic solvent spray dryer.
The automatic machine has a panel where you can easily program the specifics of your production needs.
The machine then uses the commands during the drying process.
With the manual machine, you need to be accurate all the time when conducting the drying process.
An automatic organic solvent spray dryer is more productive than a manual machine.
The automatic machine can operate with the same commands with no variation of the final product.
All operations are done by hand in a manual organic solvent spray dryer making it unreliable.
An automatic organic solvent spray dryer operates at a faster rate than the manual machine.
This is because it has a high production capacity than the manual machine.
An automatic organic solvent spray dryer needs little human interaction hence saving a lot of time.
As with the manual machine, you need a lot of human involvement, and this means you will use more time spray drying.
An automatic organic solvent spray dryer has more computers that assist in making it more efficient.
This includes a human-machine interface from which you can monitor and make changes to the production system.
This panel is centrally placed and has software and hardware for easy operation.
This is not true with the manual machine as you need to input all the requirements by using a workforce.
All operations are done by hand in a manual organic solvent spray dryer.
· Ease of Use
With the HMI, you can easily monitor and operate an automatic organic solvent spray dryer.
This makes it easy to use the machine than it is to operate the manual organic solvent spray dryer.
With some little knowledge, you can manage a large automatic organic solvent spray dryer.
This is not true with a manual one as you need to know all things that make spray drying possible.
· Production Capacity
Since an automatic spray dryer does all tasks by itself, it has a high production capacity.
This is doable since you need less human involvement when doing the drying process.
On the other hand, a manual organic spray dryer has a low production capacity.
This makes it impossible to meet high demands.
What is the Minimum and Maximum Sample Volume of an Organic Solvent Spray Dryer?
Depending on the organic solvent spray dryer you have, the sample volume will vary a lot.
The larger organic solvent spray dryers can hold a lot of sample volume than the smaller machines.
The minimum sample volume you can hold is 30 ml.
The maximum sample feed you can handle is 3500 ml/hr.
What is the Evaporating Capacity of an Organic Solvent Spray Dryer?
The evaporating capacity of an organic solvent spray dryer depends on the machine you have.
For instance, automatic machines have a high evaporating capacity than manual organic solvent spray dryers.
The average evaporating capacity of an organic solvent spray dryer is 1500 ml/hr.
Organic solvent spray dryer
Which Industries use an Organic Solvent Spray Dryer?
Various industries use an organic solvent spray dryer on a day to day basis.
Some of these industries include:
- Pharmaceutical industries
- Food industries
- Ceramic industries
- Chemical engineering
- Energy industries
- Clothing industries
- Biology industries
- Materials industries
- Agricultural industries
What are Some of the Solvents you can use in Organic Solvent Spray Dryer?
Some of the organic solvents you can use with an organic solvent spray dryer include:
- Acetic acid
- Ethyl acetate
- Diethyl ether
- Carbon tetrachloride
- Methylene chloride
- Propanol 1 and 2
- Petroleum ether
- Hexamethyl phosphorous triamide
- Hexamethyl phosphoramide
- Methyl t- butyl ether
- Carbon disulfide
- Carbon tetrachloride
- Ethylene dibromide
- Ethylene dichloride
- Furfuryl alcohol
- Glycol ethers
- Isopropyl alcohol
- Methyl alcohol
- 1, 1, 1-trichloroethane
- 1, 1, 2-trichloroethane
- 1, 1, 1, 2-tetrachloroethane
- 1, 1, 2, 2-tetrachloroethane
- Vinyl acetate
- Benzene hexachloride
- Benzyl bromide
- Carbon tetrabromide
- Polychlorinated biphenyls
- 1, 4-biobenzene
What are the Advantages of an Organic Solvent Spray Dryer?
Organic spray drying machine
There are several advantages of an organic solvent spray dryer.
Some kind of advantages, such as production capacity, depend on the machine you are using.
Here are some of the advantages of an organic solvent spray dryer:
- You will use it to dry substances that are in an organic solvent solution.
- Some organic solvent spray dryers allow you to use water solutions in the drying process.
- The machine can use several organic solvents in the drying process.
- The organic spray dryer is safe as an inert gas is present to prevent explosions or fires.
- An organic solvent spray dryer has a broad inlet air temperature range, from 60°C to 280°C.
- You can use a small sample size to do your experiment.
- An organic solvent spray dryer is environmentally friendly.
- You can recycle the inert gas in the system.
- You can also condense the organic solvent vapor and use it.
- The machine is also economical hence you will save a lot in the long run.
- You can make particles of various sizes.
Are there Limitations of an Organic Solvent Spray Dryer?
The limitations of an organic solvent spray dryer should not make you not buy it.
Some of the limitations include:
- The initial price of automatic versions is higher than the manual versions.
- Depending on the organic solvent spray dryer you have, the production capacity may below.
- If you use the machine in an open environment, it may catch on fire since organic solvents are flammable.
- An organic solvent is unsafe and harmful to your health when in an open environment.
What are the Technical Parameters of an Organic Solvent Spray Dryer?
The technical parameters of an organic solvent spray drying equipment indicate to you the capabilities of the machine.
This information is readily available to you.
Some of the technical parameters of an organic solvent spray dryer include:
- A minimum outlet temperature of 40⁰C.
- A maximum inlet temperature of 200⁰C.
- An airflow capacity of between 0-330 mᶟ/h.
- A temperature precision of ±1⁰C.
- A particle range of between 1-25µm.
- An average residence time of 1.0 and 1.5 seconds.
- The body, cyclone separator, spray chamber, and receiving tank is all stainless steel.
- The thermal protection blower will not stop until the temperature is <90⁰C.
- Automatic deblocking mechanism.
- A voltage of 220V and 50-60Hz.
- Average power consumption of 5000W.
- Manual and automatic operating systems.
What Parameters Influence the Quality of Product in an Organic Solvent Spray Dryer?
Some of the parameters that influence the quality of the product in an organic solvent spray dryer include:
· Atomization Pressure
The pressure you apply to the atomizer will influence the droplet size.
· Feed Flow Rate
You will increase the droplet size by increasing the feed flow rate as you maintain a stable atomization pressure.
· Feed Viscosity
You will need high atomization energy when you have a high feed viscosity.
This can lead to big particle sizes.
· Feed Surface Tension
When you emulsify and homogenize the feedstock, you will reduce its surface tension.
It’s essential to know that you will hinder atomization when the feedstock has high surface tension.
· Inlet Temperature
A high inlet air temperature makes it possible for moisture to evaporate rapidly.
· Drying Gas Flow Rate
This is the rate that the dry gas enters the drying chamber per unit time.
An increase in the flow rate will increase the particle movement in the drying chamber.
You need to have a low enough dry gas flow rate for the particles to dry completely.
· Outlet Temperature
The heat exchange in the drying chamber will influence the outlet temperature.
· Residence Time within the Drying Chamber
This is the time the organic solvent droplets spend in the drying chamber.
Ensure the residence time is enough for the complete drying of the product.
What is Atomization in an organic solvent spray dryer?
Atomization is the process of changing the organic solvent solution into tiny droplets.
Atomization is essential in an organic solvent spray dryer as it assists in the drying process.
What is the Price of an Organic Solvent Spray Dryer?
The cost of an organic solvent spray dryer depends on the kind of machine you buy.
Fully automatic organic solvent spray dryers cost more than semi-automatic or manual machines.
Also, organic solvent spray dryers that have a high production capacity cost more.
The budget you have set aside will determine the kind of machine you will buy.
With this in mind, an organic solvent spray dryer can cost you anywhere from 2,500 US Dollars to 400,000 US Dollars.
How does Conventional Spray Drying compare to Organic Solvent Spray Drying?
Conventional spray drying differs from organic solvent spray drying by the kind of solvent they use.
Conventional spray drying uses water while organic solvent spray drying uses organic solvents.
Organic solvent spray drying happens in a closed environment due to the volatility of the organic solvents.
On the other hand, conventional spray drying work in open environments.
Conventional spray drying uses water solutions whereas an organic solvent spray dryer can use both water and organic solvent solutions.
Organic solvent spray drying can use many different types of organic solvents.
Organic solvent spray drying recycles the inert gas and organic solvent vapor.
How do you Maintain an Organic Solvent Spray Dryer?
You should maintain an organic solvent spray dryer to maintain its production capacity and for it to last long.
Here are some ways you can maintain an organic solvent spray dryer:
- Replace and repair all broken or worn out parts.
- Use genuine parts when replacing parts.
- Replace broken electrical components.
- Use the organic solvent spray dryer in closed environments to prevent fire hazards and explosions.
Spray dryer system
What are the Quality Standards for Organic Solvent Dryer?
An organic solvent spray dryer has to conform to quality standards for health and safety reasons.
Generally, these spray dryer systems should conform to the CE, RoHS, CCC, and CGMP standards, alongside other quality standards.
The should be safe and reliable for any spray drying process.
What are the Effects of Spray Drying with Organic Solvents?
The effect of spray drying with organic solvents is that you can improve the oxidative stability of substances.
What are the Techniques of Treating Solvents for Spray Drying?
There are various techniques you can use to treat solvents for spray drying.
Some of the techniques include:
- Solvent recovery technique
- Absorption deodorizing technique
- Catalyst combustion deodorizing technique
- Direct combustion deodorizing technique
At Pilotech, we design and manufacture a range of spray drying systems depending on your specific needs.
Contact us today for all your organic spray dryer requirements.