CSS Crop Nutrition Products & Pet Food Ingredients
“We will greatly improve our air, water, and soil environment, while employing safe, efficient, and effective solutions that meet the needs of our customers” CSS provides a unique full-cycle process that will assist our supermarket customers to recycle their organics, improve store hygiene, and reduce costs. CSS manufactures crop fertilizers as well as pet nutrition product inputs. Our fertilizer products, Harvest-to-Harvest™, help our agricultural customers save money, increase crop yield, and reduce nitrate runoff. Additionally, CSS is manufacturing wet and dry palatant products for pet food and developing specialized new pet food ingredients. As a result, we will greatly improve our air, water, and soil environment, while employing safe, efficient, and effective solutions that meet the needs of our customers.
CSS Proprietary Processing Technology
For fertilizer products, CSS aerobic, enzymatic digestion technology is uniquely different from existing organic composting techniques and alternative digestive processes. This produces a uniquely efficient crop nutrition product. For pet nutrition products, CSS’s patented Harvest to Harvest™ technology delivers important value and health benefits to pet foods compared to other pet food ingredients.
Our Flagship Product for Agriculture - Harvest-to-Harvest™
Harvest-to-Harvest™ is our flagship product manufactured at CSS, through our proprietary processes that utilize recycled food from supermarkets. It is made by mechanically grinding, heating, and enzymatically digesting the food. The resulting liquid is then pasteurized, screened, stabilized, and homogenized to a average particle size of 26 microns (74 micron max particle size). Harvest-to-Harvest™ is a great way to add organic matter to your soil and stimulate soil fertility through your existing irrigation equipment. Harvest-to-Harvest™ is registered pathogen free and safe to use on all crops. It is blended to make each application consistent, and to produce scientifically repeatable results.