Tips for using chipper shredder

 

We spent a lot of time dealing with leaves since removing the leaves from the lawn and collecting them to getting their final resting place engages a series of machines. Most people using their lawn tractor to collect the leaves from the lawn and after that run them over to the chipper-shredder, run them through that, and then put them into the compost bin. Here are a few tips that in this article we will share with you that will helpful for you:

 

1. A little bit at a time

Chipper-shredders have a lot of safety features built into them, which is a great thing. Practically the merely methods that you can get yourself in trouble are sticking your hands into the machine, which is not an easy task to do, or not wearing an eye guard in case something comes flying out of it towards your eyes. But one sure approach to block the entire program up is to try to put surplus through it at one time. Nothing gets sucked through the hopper if you put too many leaves in the hopper at one point, so to clear it you either have to turn off the machine, start over or start poking around with a big stick and pull everything out. Better you immediately prevent any of it by putting in little amounts of material at one time. It meant that instead of removing the whole collection bag from the mower into the hopper, I would slowly pour it out. It will take a little more time but it is much faster than frequently stopping to clear the block.

 

2. Drier is better

Persons that are working on leaf collection project first thing in the morning when the leaves are still covered in dew so they get wet. They just put the material in the machine and after that the more probably the machine is to block and the smaller the amount they put in at one time required to be. When they figured it, then out things get smoothly, but ahead of further review, they have saved much time if they just wait for the sun to dry everything off before started putting material through the shredder. The same thing is applied to other garden waste materials. People also put through most of what they cut out of the garden. It is harder than other plant stuff that doesn’t drop to the bottom of the hopper easily as leaves, but some people get around that by doing some planned loading. Little bundles at a time are required.

 

3. Respect size limits

The most chipper shredder can crush branches up to 3 inches in diameter and it does a good job with it. In fact, more branches ought to put through it since it makes the best mulch. Human beings put a branch that is most likely only 1.5 to 2 inches in diameter in it and it eats it all up until it gets to a large knot, or perhaps where it has connected to another branch, which is larger than 3 inches and it blocked it up good. Of course, it means stopping the entire thing, ensuring that all the components are finished rotating, and after that going in there to pull it out, which is not an easy task.

 

Final words

These are the tips for using a chipper shredder that will helpful for you during grinding the stuff. If you want to know something more about chipper shredder machines, leave a comment in the comment section and tell us what you want to read in the upcoming blog or article. We will provide an article or blog that will cover your questions. 

 

Hammer Mill: Grinder

 

Hammer Mill: Grinder

 

Appropriate a selection of the operating guidelines for a hammer mill can maximize expertise and enhance the uniforms of the product obtained:

 

Material to be ground:

Raw materials act differently when they are grounded; the factors that have the greatest influence on milling properties are toughness and flexibility. A rise of moisture in the product disturbs these two specifications and step up them. Analytically, 1% of the increase in humidity means 7% of more power to achieve the same result.

 

With indistinguishable product moisture measure and continual machine settings, the following circumstantial bond can be accepted for grain:

Mixture ratio: 

Oats: Barley: Wheat: Corn 

1     : 2         : 3         : 4

 

Peripheral speed:

Each product has its own gilt-edge milling speed. With increasing tangential speed, the granulation becomes first-rate. However, power demands will rise, while the thorough-paced will decrease.

 

The below sum up these rates in m/sec:

 

Millet (baajara)                     48 m/sec

 

Maize (makka)                    52 m/sec

 

Wheat (gehoon)                 65 m/sec

 

Rye bran (raeechokar)     75 m/sec

 

Barley (jau)                        105 m/sec

 

Bran (chokar)                    110 m/sec

 

Sieves configuration:

The sieve hammer mills are frequently driven steel sheets of 2 - 3 mm.
Density, with holes whose diameter is customarily the same to or less than the diameter of the mass. Bulkier holes mean higher open area and accordingly increased a performance altogether, decreased particular power requirements, rough product, a shorter useful lifespan of the sieves. If pierce chrome is used, thicker sheet metal could be used for balance reasons. Even with else ways identical conditions in terms of the diameter of the perforations and the open sieve area, this opportunity can make the motion of the lesser medium through the sieve more difficult, hence: the interrupt the achievement would fall; the product would become excellent; the specific ability requirement would get bigger.

In sieves, the supervision of perforation is generally aligned with the more significant preference of linen. Backpedal perforation must be specifically requested

Boost your workflow with Ecostan HammerMill, check its Advanced Technology features as:

Hammer Mill Machinery with Cyclone:

Model No	Production	Required Power
HM 120	upto 7000 KG/HR	199.5 HP
HM 100	upto 5000 KG/HR	151 HP
HM 60	upto  3000 KG/HR	84 HP
HM 50	upto  2000 KG/HR	65 HP
HM 40	upto  1300 KG/HR	52.5 HP
HM 20	upto  600 KG/HR	28 HP
HM 10	upto  250 KG/HR	15 HP

 

Types and making process of a briquette machine

 

Briquetting Press

Before moving ahead in this article, first of all, you need to know about the briquette machine. Generally, a briquettingpress machine is utilized to convert the waste material into a regular shaped briquette block that can be used as a fuel, which can assist to get better the conditions of that powder, storage, make them simple for transportation etc. The briquette system can deal with all types of materials with suitable moisture and size. Besides, there are multiple types of briquette machines with dissimilar working principles that are discussed below:

 

Screw type

To press the raw material the screw type briquette machine uses the auger; it can be prepared with or without the heating system to output briquettes with different materials. The heating structure is particularly designed for those workers who deal with materials includes lignin that always originated from biomass. So the heating system is typically utilized for biomass briquetting. When briquetting gets with the screw-type briquette machine, then binders are always required. The appropriate material is fed to the hopper and after that conveyed by the screw inside the briquette machine. The rotating screw takes the material from the feed port and compressed it aligned with a die which helps to increase the pressure of a grade along the screw. Prepare with a heating system will assist the biomass material to melt the inner lignin and turn it into a high-performance binder. In addition, other materials also work with this briquette machine like charcoal, coal, etc. These materials ought to be well mixed with the binder to get the briquette shape.

 

Hydraulic type

Hydraulic type briquette machine works with a hydraulic pump station that supplies a very giant pressure. Due to its high pressure, approximately all the materials can be briquette with this system. Metal, as a raw material that replicates flexibility under high pressure, is especially appropriate to be briquette by the hydraulic type of briquette machine. The briquette working procedure is in a hollow where materials are fed into; their materials are briquette under a very elevated force. The plasticity of hydraulic type of machine is the reason and makes them binding steadily jointly as a block.

 

Piston type

The piston type utilizes the thrust of the hydraulic cylinder to reciprocate the piston (also known as a plunger) or the rotary power of the mechanical device, and the piston drives the ram to respond in the forming sleeve to produce a pressing force to shape the material to briquette. A giant pressure will be produced as the progress of the flywheel and strike the briquette again and again after a short time; it increases the temperature of the raw material. As the raw material is in motion, it fractionates with the in the interior, another type of heat – friction heat creates. Material raises its own temperature to a high level and melts the lignin with the action of these two kinds of heat. Particle materials then bind jointly and become well-built as much as necessary.

 

Roller Type

The roller press machine works with two close revolving rollers with conflicting direction at the equivalent speed. The two rollers have holes on the surface with the same width and diameter. The similar two holes on the diverse roller will match at the meeting point of the midline and the briquette will be pushed when they move. Roller press can be designed for numerous types with different pressure requirement. A usual roller press will utilize a blocked iron to fix the changeable roller as it works on low pressure. The hydraulic pump station is also can be applied to fix the roller and provide a much bigger but flexible hold to the roller to work steadily on giant pressure.

 

Final words

These are the types and making process of briquetting machines that work on different pressure for different materials. If you want to purchase a briquetting press machine, you can check of specification of that machine by visiting ecostan. Tell us by dropping a comment in the comment section which type of briquette machine you like most.

 

How Moisture Affects The Biomass Briquetting Process

The biomass briquetting machine compresses a large amount of biomass raw materials into different shapes by heating and pressing techniques and this process is known as the biomass briquetting process. The irregular shape, size, and high moisture of biomass waste make it hard to transport, utilize, store, and process. Besides, there are multiple other factors that affect the procedure of biomass briquetting machines. One of the main factors is raw material moisture that affects the briquetting process. So, in this blog, we will discuss how moisture affects the biomass briquetting process:

 

Raw biowaste with low moisture:

The particles are not sufficiently extended, and the surrounding particles are not tightly bound and cannot be formed when the moisture content of the biomass material is too low. For instance, the trace moisture is vaporized at a high temperature if the moisture is too low. A recent study shows that during briquetting, biomass such as reeds and corn stalks are suitable with moisture around 12% to 18%. The density of the biofuel briquette is maximized and leftovers relatively stable over a suitable moisture range. The density of the briquette fuel starts to reduce when the moisture is increased to a certain amount. The lower moisture raw material is produced the biofuel briquette whose have the tendency to absorb moisture in the air, the reason behind it is that the biofuel briquette to deform and burst, as well as diminishing the briquette density. 

 

Raw biowaste with high moisture:

The particles can be sufficiently extended in the direction perpendicular to the maximum stress if the moisture of the raw material is too high. However, the particles can be engaged with each other because more water in the raw material is ejected and it is divided among the particles layers so that the particles are separated. Moreover, the distance among the molecules is increased, by too much water vapor and it affects heat conduction and lowers the briquetting temperature. Consequently, decrease in the bonding force. So, the heating temperature needed in the briquetting procedure is increased when the moisture content of the raw material is too high. The forming briquette is experienced in that the excessive moisture increases the radical force, which also boosts the power consumption.

 

Simultaneously, a component of the heat of the preheating matter of the biomass briquetting machine is used on the surplus water, the evaporated water is rapidly vaporized but the steam can’t be released from the molding the cylinder in time, consequently in volume expansion, simply forming a gas blockage, forming steam pressure in the longitudinal direction of the cylinder, and occupying a boost in space. The biofuel will be cracked and the surface is rough when the steam pressure is minor. The disintegration may affect the subsequent transportation and packaging because of the high-pressure water vapor inside the biofuel briquette after the biofuel briquette is ejected from the forming sleeve.

 

Final words

The effect of biofuel briquette is the consequence of a combination of a lot of factors, but moisture plays a crucial role in the formation. If you are looking for a briquetting machine, you can check the briquette machine price as well as other details by visiting ecostan that sells multiple other machines at a reasonable price. Hope you gain extreme knowledge by reading this blog. Please share your reviews with us about this information. 

 Read More:-6 Best Chipper Shredder Of 2021

Tips For Selecting Sawdust To Charcoal Making Machine In India

Often, sawdust is thought of as a waste product inside the construction and lumber industries. Although, there are multiple techniques that can be used and help to minimize waste. One of the well-organized methods to make use of sawdust is perfect for the production of charcoal briquettes. Sawdust making machine is a brilliant machine which helps to use of waste material. During buying sawdust to charcoal making machine you need to be focused on a number of things such as the following:

 

How efficiently is the machine? 

In terms of making a profit, efficiency is essential. Consider both their workflow efficiency and energy efficiency when viewing machines. You may want to select a machine that may be partially powered from the gas that is given off from the charcoal-making procedure when it comes to energy usage. This may be helping to keep your operational expenses down and minimize the total level of energy required to operate the machine.

 

How versatile is the machine?

Many machines can turn other materials into charcoal while some charcoal-making machines are made only to sawdust. As an instance, you will locate machines obtainable on the market that is designed for not only working together with sawdust but in addition to other types of biomass consisting of rice husks, coconut shells, and also municipal solid waste. 

 

Simply how much does the equipment cost?

So, you should purchase equipment that suits affordable to keep your company profitable. In this case, to meet your production needs, searching for a charcoal-creating machine that is affordable but that also can perform supporting you.

 

How easy may be the machine to preserve?

If at all possible, the device that you simply buy should be as simple as easy to maintain. That way, you will not require devoting lots of energy and time to looking after the device. In its place, you can give attention to assisting to increase your profit, producing larger quantities of charcoal.

 

Final words

When you will get answers to these questions then you will be able to select a machine that will meet your need. Suppose if you don’t like the sawdust briquette machine that you purchase, you easily can advertisement Sawdust Briquette Machine For Sale on social media or any selling application. I hope the above-discussed tips will be helpful for you.

Read More:-Main Factors To Improve Biomass Briquette Quality

 

Daily Maintenance Tips Of Briquette Machine

 

Everyone knows that biomass briquette machines are used to briquette the biomass materials into round, square, rod, cylindrical, oval type, etc without any binders by high temperature and high pressure. If you use it then it is your responsibility to keep maintenance of the briquette machine. Its cleaning and maintenance should be not only from outside but from inside too. Before that, you need to know about some procedures for the maintenance of the briquette machine. Here I will briefly introduce them and wish they are supportive to you.

 

Anti-rust procedures

Maybe, the working condition of the briquette machine is not very fine. The water and snow may perhaps break into the machine and its consequence has been damaged. Therefore, you can take some action. Such as, you can use the acid to do a chemical reaction with the rust. In this manner will remove the corrosion products of the surface of the briquette machine. It always functions in the workshop. On the briquette machine’s surface, you can paint anti-oxidation material such as mineral oil, paint, and enamel to prevent rust. These materials will prevent the machine contact with the water and air.

 

Wearing parts maintenance according to diverse seasons

When seasons are different, the maintenance procedures also will be unlike. You need to follow dissimilar procedures to maintenance parts. You should increase the lubrication time to avoid propeller heating because the spring and autumn belong to the dry climate. To protect different spare parts, you should choose different lubricating oils. For good machine performance, you need to apply oil on the different parts of the machine after every 2 months. You should prepare for moisture-proof work, reduce quick-wear part rust for winter and summer seasons, the winter weather is snowy and cold and summer weather is rainy. Must have complete cold-proof and freeze proof work.

 

Condition shows the machine meet the end of life

If the briquette machine is working for a long time, obviously it may have many damages. And we think it will be scraped but we need to repair the briquette making machine and need to update the device. There is a groove and black spot or its inner circular surface wear on the surface of the hollow shaft, consequently the hollow shaft will be variant and flaw. The briquette machine’s gear edge deformation should not be greater than 7.5 mm. Bearing wear is larger than 1/3 of its thickness. These are some updates that you should do; maintenance of the briquette machine needs these repairs after working for a long time.

 

Final words

These all are maintenance tips of the briquette machine. You should follow them and must have done extra efforts such that, do tight screws of the machine. When briquetting machine manufacturers are making machines, their focus is always on the parts of the machines. If you want to get more information about the maintenance of the briquette machine then you can ask us in the comment section. We will surely give answers to your questions and it can be that we write a new blog about more new maintenance tips for briquette machines.

 

Read More:-All About Main Parts Of Rotary Drum Dryer

 

All About Main Parts Of Rotary Drum Dryer

 A rotary drum dryer is used to dry the moisture up to 50% from raw material. You can use that dried material as biomass, for heat production, building biomass pellets and biomass briquettes, or for other purposes.

In that, with the help of an in-feed screw conveyor, the soaked raw material supplied into the drum dryer. After that, the raw material gets in direct contact with heat generated in the rotating drum. Then from raw material, moisture gets evaporated and further sucked by the Id fan. Finally, from the discharge screw conveyor, the dried material gets discharged. It is a huge machine but you need to know about its components. Here are some essential parts of the rotary drum dryer that you should be known:

 

Combustion chamber

 

The combustion reaction directs the airflow of the rotary dryer. The combustion chamber can be changed into either airflow in direction of material flow or airflow in the opposite direction of material flow. Its goal is that it should be in direct contact with material with the burner flame.

 

Burner

 

The burner is the engine at the back of the dryer that finds out the output of watts. You should choose a suitable burner specification that is important for proper and efficient drying of the material. Burners can be designed for a huge amount of fuel sources.

 

Air seal

 

Its main purpose is to stop air leakage into or out of the rotary drum. But it is needed to connect the stationary components to the rotating drum when the combustion chamber and discharge breeching meets in the drum. Many different options of seal exist that depend on the needs of the material.

 

Raw material feed

 

The raw material feed area or we can say the feed chute. In that, the material is fed into the machine usually by a feed screw. The raw material feed area is particularly designed to be strong and to reduce material build-up.

 

Drive assembly

 

The drive assembly is the means that originates the drum to rotate. There are many options available such that a chain and sprocket, gear and pinion, friction drive, or direct drive setup. A chain and sprocket setup is a model for smaller rotary drums. The gear and pinion drive are reserved for heavy applications. Friction drive assemblies are typically used for very small drums.

 

Final words

All these are essential components of a rotary drum dryer that are crucial for the machine. If you want to know more about rotary dr then you can ask us in the comment section and we will surely answer your queries.

 Read More:- Learn More About Briquette Machines