C1D1 Closed Loop Extraction Explained

Share This Post

The Benefits of C1D1 Closed Loop Extraction

Most concentrate producers use a closed loop extraction system in a C1D1 Extraction Room. In fact, this technology makes obtaining extracts simple and efficient. Moreover, various industries have relied on this system for years to produce essential oils for beauty products, perfumes, and food additives.

Closed-loop extraction has become the standard in industries where compounds and essential oils drive product manufacturing. As a result, regulators have established strict standards to ensure every lab operates safely and follows industry best practices. C1D1 Labs specifically created an easy solution for the extraction industry. Furthermore, we work closely with your local municipalities to make sure your extraction rooms will be easy to permit!

 

C1D1 Extraction Lab
C1D1 Labs has the best extraction rooms

Nowadays, closed loop extraction offers a safer way to create concentrates and extracts. Consequently, emerging industries now have a reliable alternative to the riskier methods of “open blasting.”

The biggest benefit of closed-loop extraction is the ability to work with flammable or “volatile” solvents inside sealed steel equipment. Specifically, the system has no openings for solvents to escape or leak through. This matters especially when you handle pressurized liquids that become gaseous without pressure.

Fresh frozen machines typically run on Propane, which has higher pressure than Butane. In addition, Propane is a thinner gas. BHOgart C1D1 closed loop systems safely handle all volatile compounds used in extraction. Above all, the BHOgart C1D1 extraction system delivers two major benefits for extract artists. First, it allows them to reuse chemical solvents, which means less waste and more money saved. Second, the well-sealed system significantly reduces the risk of explosion.

C1D1 Extraction Rooms in California
C1D1 Labs works closely with the engineers changing the industries you want to work in

How It Works

A closed loop extraction system may seem daunting at first glance. However, professionals set up the entire system, and you only need a basic understanding of pressure maintenance and control valve operation.

Generally, a BHOgart C1D1 closed loop system includes a large solvent tank and multiple extraction columns. This is where the confined “blasting” occurs. The system also features a recovery pump, a cooling system, vacuum pumps, and a collection pot. In addition, a refrigerant scale measures the weight of the recovery tank. For the fastest recovery times in volatile manufacturing, see our PolyScience Chillers!

Depending on the product you wish to make, you may need vacuum ovens and additional vacuum pumps in your C1D1 extraction room. These components work together to pull out the solvents. Likewise, this cleansing system ensures your product is properly purged. Therefore, you should always perform this process in a C1D1 extraction room.

C1D1 Extraction Chiller
Recirculating Bath – PolyScience

Top Safety Tips for Making Extractions

Never open-blast: This is a wasteful and dangerous process. Instead, always use a closed loop extraction system to recover and reuse your solvent.

Always have adequate ventilation: Do not extract indoors unless your lab meets state and local laws, including fire codes. Following these regulations creates a safe working environment for you and your employees.

Never smoke: Propane and butane are odorless, invisible gases that are denser than air. They sink to the ground, pool up, and do not dissipate easily. As a result, you cannot determine whether flammable gas still lingers in the area.

Don’t skimp on safety precautions: Remove every ignition source from your extraction area. Furthermore, use a butane detector to identify any leaks. Finally, install an explosion-proof fan with static-resistant ducting for additional ventilation.

 

For more information on C1D1 Extraction Rooms, Machines, and Chillers fill out the form below:

[caldera_form id=”CF5afa710c3d5ab”]

 

More To Explore

Uncategorized

Integrating Hydrocarbon and Ethanol Equipment within Code-Compliant C1D1 Facilities

In the rapidly evolving landscape of industrial manufacturing and botanical processing, navigating the intricate framework of building and fire codes is critical for operational success. Designing extraction facilities requires a multidisciplinary approach, blending process engineering, architectural planning, and robust fire protection strategies. The integration of hydrocarbon extraction equipment and ethanol extraction equipment within specialized C1D1 booths demands rigorous adherence to

Read More »
Uncategorized

Industrial Extraction Room Ventilation Design: Explosion Relief and NFPA Compliance

Industrial extraction room ventilation design represents one of the most critical engineering challenges in facilities that handle flammable solvents or hydrocarbon-based processes. When explosion relief and ventilation systems are properly integrated with the overall room design, the result is a safer operating environment that satisfies both fire code authorities and insurance underwriters. This article examines how explosion relief systems, mechanical

Read More »