Hemp Drying is a popular method of preserving plants. Hemp is the most abundant plant in the world. In America alone, approximately 5.5 million acres of Hemp are used for cultivation and production of fiber, fuel, and seed products. The seed of the Hemp plant grows into the staple fiber, which can be utilized in industries such as clothing, paper, cosmetics, pharmaceuticals, and even medicine. Hemp Drying is the process of drying Hemp prior to use.

Growing and utilizing Hemp is not only economic, it is also environmental. Growing and using Hemp can help reduce our dependence on foreign oil. The United States Government recognizes the importance of Hemp and has been helping farmers and businesses grow, cultivate, and implement Hemp into the construction, manufacturing, and distribution of their products for decades. In June of 2021, the House Commerce and Science Committee will introduce legislation that would amend the Hemp Farming Act of 2021. The Hemp Farming Act would require the Government to approve any research, experiments, or experimentation involving the growing, harvesting, possessing, processing, shipping, transporting, and advertising of Hemp products.

Hemp is unique among crops for a variety of reasons. First, unlike other crops, Hemp cannot be genetically modified. This makes it especially valuable to Hemp farmers because the crop can be relied upon to produce the greatest yields possible through the use of efficient hemp processing techniques. When the crop is grown in favorable conditions it can produce crops several times larger than conventional crops.

Harvesting Hemp is different than most crops. Hemp is considered to be slightly more fragile when it is picked, but the durability of the crop is worth the effort. Hemp Drying has changed significantly over the years from when it began. Hemp Drying has traditionally been done by cold air blast or water drip methods. Today many companies have introduced special equipment that allows hemp plants to be quickly dried using ultra-modern technology.

Harvesting Hemp has significant advantages over other growing options including Sugar cane and Cottonseed. Hemp plants have the ability to grow very tall and produce a heady oil extract. Hemp is also resistant to most insects and diseases. This quality makes Hemp a premier growing crop. Hemp Drying provides an economical alternative to traditional Hemp growing methods, and hemp plantings are becoming more commonplace around the world. With the variety of hemp plantings available today, it has become easy to find a location with ample growing conditions, moderate climate, and soil conducive to growing a healthy crop.

The key to Industrial Hemp Drying is reducing the time spent on harvesting each Hemp crop. Many Companies today use hydroponic or wet-drying techniques to speed up the hemp harvest process. Wet-drying is the most efficient harvesting method for Hemp because of the lack of water needed. Hemp plants require approximately 4 inches of water to thrive and for optimal growth. Hemp Drying provides a clean, dry product in record time. Hemp can be quickly dried using standard household equipment, or the most popular way, a hydroponic system using hydroponic nutrient solution.

Hemp Drying requires minimal amounts of processing after harvest to provide a high quality product. Hemp should not be exposed to any pesticides during harvest. The Hemp harvesting process also does not require any waiting period before using the crop for immediate consumption. Hemp can be used as soon as the crop begins to grow. Hemp Drying can be accomplished on a small scale for personal consumption or larger scale for industrial use.

Hemp is a promising renewable resource with great promise in many sectors of the economy. Hemp can be used as an organic fertilizer and promotes soil fertility. Hemp can be used for fuel, plastics, insulation, electronics, pharmaceuticals, petrochemicals, and much more. Industrial hemp production is the key to tapping into Hemp’s unique characteristics for the productive application of this amazing plant.