At Vulcan® Drying Systems, our engineers custom design each hemp drying system to provide you with the exact configuration your business needs. System design, integration, and 24/7 support for bulk drying systems. From shredded biomass to whole flower dryers, our systems retain more CBD and VOCs than others. Cedarstone Industry presents the Sure Dry 40 botanical dryer. A perfect solution for drying biomass to prepare material for the next phase of solvent extraction.
As the use of hemp and CBD oil for medicinal purposes continues to gain societal acceptance, the hemp drying and processing industry has grown rapidly. The passage of the 2018 Farm Bill legalized the growing of cannabis plants for industrial hemp, allowing for the cultivation and processing of the biomass material, as well as transportation across state lines for commercial and industrial use.
As scientists continue to research the properties and uses of CBD oil, it has been found already to treat a wide range of conditions, from seizures, anxiety, and depression to even helping with cancer treatment. As a result, there is a huge market for quality hemp and CBD products and a great opportunity for farmers to process dried hemp for medical and industrial use.
But because the industry is still growing, many operations lack the systems, processes, and equipment needed to produce a quality product for sale.
Drying is an essential part of processing hemp for CBD oil extraction, but the process can take a significant amount of time and effort. Hemp biomass often has a high moisture content, even up to 85%, which has to be reduced to an acceptable level in order to extract quality CBD oil.
If hemp is dried quickly and with minimal damage, then the process results in a higher quality product for market or processing. However, if hemp is dried too slowly or the moisture content is not suitably reduced, you may end up with a low-quality product or even a product that is unable to be sold or used.
After high-CBD hemp is harvested, it must be dried as soon as possible in order to avoid deterioration and to ensure preservation of the CBD content. As with any food or medicinal product, drying systems and facilities must be clean, dry, and without any insects or animals that could contaminate the product.
Hemp plants are typically hung upside down to dry by hand. The stems are then removed, and the plants are chopped into ½-inch pieces for further drying. Only once the product is thoroughly dry can the hemp be sent off for extraction of CBD oil. This process is not only time-consuming but requires a lot of manual labor and leaves little room for error.
After the hemp has been dried and processed, it can then be sent to a CBD processing facility to extract the CBD oil from the biomass material. Once the crude CBD-rich hemp oil is extracted, the CBD is further refined into a product that can then be sold or processed into CBD medicines, such as oils or capsules.
With the proper equipment, you can dry hemp correctly and efficiently, resulting in a product ready for CBD oil extraction or other industrial or medical purposes.
At Vulcan ® Drying Systems, we’ve developed a system to dry hemp more efficiently and thoroughly, reducing overhead costs and allowing growers to process their product faster. Our drying systems are custom designed to meet the unique needs of your climate and situation.
We have previously developed drying systems to reduce the moisture content of hemp from 80%-85% to 10%-12%. Our system can dry up to ten wet tons an hour, speeding up drying and reducing overhead by simplifying the process and helping you bring your product to market on a shorter timeline. Instead of drying just 50 pounds an hour by hand, our system allows you to develop a more efficient drying process, which in turn can help you obtain higher levels of CBD from the oil extraction process, resulting in a higher-quality product ready for market.
Our drying solutions are large industrial-sized systems capable of processing multiple tons of hemp biomass per day.
Whether you are just starting out in hemp processing or are an established grower looking to improve your process, we’re here to help.
Our custom-designed and manufactured drying systems can help ensure you produce and deliver a quality product for industrial or medicinal use.
The most efficient hemp drying system uses less energy, produces a greener product, and retains more CBD than other popular solutions on the market. Request a quote and discover the integrated solution that handles, shreds, dries, separates, sorts, and packages biomass – fresh off the field or wet-baled.
Step 1: Conveying
Fresh off the field or out of bales, hemp is moved from its staging area by one of several conveying methods depending on the state of the product and the facility. It then passes by magnets to remove any metal that may have been picked up in the field and is fed into the shredder . It is then conveyed once more over a weighbelt , which uses product weight and conveyance speed to control the feed rate of the entire line and precisely meter the shredded hemp into the dryer .
Step 2: Shredding
Shredder s ensure consistent particle sizes that can be dried at consistent rates. Shredders are used instead of mills because they slice the product rather than mashing or crushing it. Crushing wet product can cause a few problems. First, particulates get in every crevice and are hard to remove, especially with cannabis’ inherent stickiness. Second, the product is compressed, reducing the surface-area-to-air ratio, and thus the efficiency of the dryer. Once out of the shredder , product is discharged and conveyed to the dryer .
Inconsistent product means wet spots. Wet spots mean mold or over-drying; product must be homogenized.
Step 2: Shredding
Step 3: Drying
Than other popular methods
With less energy
Lower cost of ownership
Retaining more CBD
With less space
Occupying smaller footprint
Backed by 24/7 service
Fluid bed drying is a well-established method in the food processing industry and is now successfully being applied to hemp biomass. Kason’s fluid bed dryers operate by passing hemp over vibrating screens while forcing air up through it, suspending the hemp like ping-pong balls over air streams. Because it uses much less heat than tumble dryers there is significantly less product degradation, and because it exposes biomass to more air per cfm, it uses less energy than belt dryers. A fluid bed system costs significanly less to operate than other methods, takes less space, requires less up-front investment, and retains more volatiles like terpenes. Whereas tumbler and belt dryers collect keef on surfaces and lose it to the environment, fluid bed dryers capture the volatiles and either return them to each batch in real-time or collect them for use. Single and dual-stage systems are available with 1,000 and 3,500 lbs capacities respectively.
Marion’s Microwave dryers operate under vacuum and slowly & evenly heat cannabis while gently cycling it with specialized paddles. Because microwaves permeate all the product at once, particle size reduction is unnecessary, making this method ideal for all kinds of cannabis. The largest microwave dryers top out at 1,000 lbs/hr—making them appropriate for all cannabis plants—and have a number of benefits related to their ability to hold precise temperatures throughout the entire product with less than a degree variation in temperature. Not only does this allow decarbing of pellets, for example, but it allows terpenes to be pulled and collected based on evaporation point. This is because microwave drying allows the hemp to be held at extremely precise temperatures, within 1 °F of the desired temperature.
Cedarstone Industry presents the Sure Dry 40 botanical dryer. A perfect solution for drying biomass to prepare material for the next phase of solvent extraction. This unit can process up to 1,000 lbs. of raw stripped biomass per hour. The drying time from loading to perfectly dried output is approximately 5 hours. This system can be continuously fed to optimize your efficiency. The belt speed and temperature are both fully adjustable to meet your particular needs. The system can utilize Natural gas, Propane or a Diesel Burner for the heat source and will provide consistent warm airflow for drying.
|Dimensions||80′ L x 20 ‘ W x 9’ H|
|Processing rate||600 – 1000 lb/ hr|
|Throughput Time||~ 5 hrs ( depending on belt speed setting)|
|Drying Belt Speed||6 – 27 ft/hr|
|Drying Belt dimension||4-layer, 39 ft L x 5.6 ft wide|
|Drying Belt Material||Stainless Steel 304|
|Electricity||460v, 3phase, 60hz, 45 kw|
Contact us today to learn more about this and other Cedarstone products & services.
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