Short-path distillation - efficient CBD extraction equipment
Stable and accurate temperature control during the separation and purification of CBD or other cannabinoids can help reduce processing time and increase purity and yield. Increased process efficiency can result in increased material purity; this will reduce operating costs and increase production.
As a result, this leads to faster return on capital expenditures by increasing process profits.
As a result, this leads to faster return on capital expenditures by increasing process profits.
Reducing the time required to reach the critical temperature of the process that can be started in the next processing phase will increase the number of process runs that can be achieved in one business day or in a single shift.
The short-path distillation system is very suitable for the extraction of CBD. It has the advantages of fast heating, small volume, short distance, high vacuum and high recovery rate, which can save the user's cost.
Reliability is also a key factor when meeting schedules or completing chemical processes and delivering final products within a limited harvest time, or simply meeting customer needs.
From each stage of the process, the predictability of the final product, volume and concentration will make a significant contribution to the efficiency of the subsequent process. The volume and strength of the processed material makes it easier to produce predictable ingredients for the final product, such as cooking oils, ointments, body lotions, etc., in subsequent formulation stages. In terms of temperature control, it is not just cooling or heating power. If the power supply is trapped in the circulating bath, it is useless; the key to efficient and cost-effective temperature control is heat transfer efficiency. If power is effectively delivered, the process can be operated with a lower power, smaller circulator, thereby reducing the cost of purchase and operation. Heat transfer fluids (HTF) also have a large impact on the efficiency of the overall system. The HTF must be able to transfer thermal energy from useless places (in the circulator or cooler) to where it is needed (eg condenser coils, reactor jackets or thin film evaporator jackets, etc.). To do this, it must maintain a low viscosity and low density liquid when operating at the lowest and highest cycle temperatures. This will maintain high flow rates and efficient heat transfer.
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