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What Makes CRC an improved choice for BHO production?

In 1999, butane hash oil (BHO) gained popularity in the cannabis community after a forum post provided instructions on its production. This solvent-based cannabis extract remains a favored option today, delivering a concentrated and potent blend of terpenes and cannabinoids.

Despite its widespread use and potent effects, BHO has notable drawbacks. Its production can be hazardous in certain situations, and many formulations suffer from poor craftsmanship, leading to the presence of undesirable contaminants such as unwanted plant constituents and solvent residues.

Explore more about CRC BHO, and discover how technicians are enhancing safety and visual appeal in their products through the use of color remediation column (CRC) extraction. This innovative approach is transforming the industry for the better.

What does CRC do?

CRC significantly enhances the appearance of BHO. While most homemade BHO tends to be opaque, dark brown and possesses a harsh taste, CRC results in translucent and vividly colored extracts that are more visually appealing.

Why does the extract’s appearance matter to consumers? A visually pure product often indicates actual purity. The vibrant golden-yellow hue of CRC BHO serves as evidence of minimal unwanted constituents, preserving the extract’s taste and effects.

Certainly, aesthetics play a crucial role, especially for customers seeking a visually appealing product. However, CRC accomplishes something even more crucial. Beyond eliminating unnecessary plant material, it effectively prevents contamination from solvents.

Despite closed-loop systems effectively removing butane residues, CRC systems take it a step further. Employing an extra layer of filters, this method captures all solvent traces, ensuring they are kept out of the final product.

How to Detect CRC Extracts?

Recognizing CRC concentrates may pose a challenge, but certain indicators can help. Opting for solventless extracts, hash, or live rosin ensures they haven’t undergone CRC filtration. The presence of a chemical aroma, an unusual taste, and an overly white color are significant clues that CRC technology might have been employed in the processing of the concentrate.

Types of CRC Extractions

1. CRC Shatter and Wax

crc bho

What is CRC wax? Shatter? They belong to a category of products referred to as cannabis extracts or concentrates. Skilled cannabis extraction technicians work to extract cannabinoids and other vital compounds from the original green plant material. The ultimate aim is to produce a concentrated, pure, and highly potent final product. While THC and CBD stand out as the most prominent constituents isolated from plant matter, the extraction process also releases terpenes, fats, omega acids, and phyto proteins.

2. CRC Crumble

crc bho

CRC Crumble is typically produced through BHO extraction techniques. Similar to other extracts, the initial material is placed in the extraction vessel and saturated with a solvent to dissolve cannabinoids and terpenes.

Following the primary extraction, the raw extract is spread onto parchment paper and subjected to a vacuum oven to eliminate any remaining solvent. The processing involves lower temperatures and an extended duration compared to other concentrates, resulting in a drier end product.

The CRC Process

Enhancing color and ensuring purity in the extraction process is achievable by introducing an additional step. Similar to a standard BHO setup, CRC rigs consist of a solvent tank, a material tank (where cannabinoids and terpenes are extracted), and a collection tank. The crucial difference lies in the incorporation of a CRC column positioned between the material tank and the collection tank.

Within the CRC column, multiple layers of materials are employed to filter contaminants from the extract. These materials may vary across setups but commonly include bentonite clay, synthetic magnesium, and silica gel.

As the crude extract enters the CRC column, it traverses through multiple layers of these CRC-filtering BHO materials. Once overcoming the initial barriers, the filtered oil subsequently passes through a paper filter and a filter plate, ensuring the highest level of purity.

Techniques to achieve CRC

Implementing color remediation through a CRC involves a straightforward process, as the CRC is seamlessly incorporated as an extra step in your extraction equipment arrangement. The chosen media is dried and then packed into the column. For basic color remediation, a prevalent media combination comprises a blend of bentonite clay and silica gel. These media, along with the filter, effectively eliminate any residual impurities. The extract is pushed through these media and the filter, culminating in the collection of the purified final extract at the end.

What makes CRC better than BHO?

The utilization of Color Remediation Column (CRC) technology enhances the BHO extraction process by taking an additional step in eliminating solvent residues and undesired plant constituents, which contribute to the dark appearance and harsh taste of traditional BHO. BHO produced with CRC showcases a golden and translucent visual quality, offers a smoother taste, and delivers increased levels of THC and terpenes with each inhalation.


1. What is CRC BHO in the context of cannabis extraction?
CRC BHO refers to Color Remediation Column Butane Hash Oil, a specialized technique in the field of cannabis extraction. It involves using a column filled with various absorbent materials to remove impurities and undesirable compounds from the extracted cannabis oil, resulting in a cleaner and more refined final product.

2. How does CRC BHO work in the cannabis extraction process?
During CRC BHO, the extracted cannabis oil is passed through a column containing absorbents like activated alumina, silica gel, and other materials. These substances selectively remove pigments, waxes, and other unwanted compounds from the oil. The process relies on adsorption and chromatography principles to enhance the purity and appearance of the final concentrate.

3. What are the benefits of using CRC BHO in cannabis extraction?
CRC BHO offers several advantages, including improved color, clarity, and overall purity of the extracted cannabis oil. It helps eliminate impurities that can affect the taste and aroma of the final product, providing consumers with a more enjoyable and consistent experience. Additionally, CRC BHO allows for better control over the extract’s visual and chemical characteristics.

4. Are there any potential drawbacks or considerations with CRC BHO?
While CRC BHO can significantly enhance the quality of cannabis extracts, there are considerations to keep in mind. Some argue that the process may strip away certain beneficial compounds, potentially altering the full spectrum of cannabinoids and terpenes. It’s essential to strike a balance between achieving purity and preserving the desirable components of the cannabis plant.

5. How does CRC BHO impact the final product’s appearance and market appeal?
CRC BHO has a profound effect on the appearance of the final cannabis concentrate. The process removes pigments and other impurities, resulting in a product with a translucent and visually appealing quality. This improved aesthetic can enhance marketability and consumer trust, as it signals a commitment to quality and purity in the cannabis extraction process.

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