The main byproduct is glycerin, which can be refined for use in soaps, cosmetics, or industrial lubricants. Protein residues and bone meal can be processed into animal feed supplements, fertilizer, or biogas substrates. Integrated systems like the GlobeCore USB plant allow easy glycerin separation and methanol recovery, enhancing byproduct management and profitability. Utilizing waste streams also strengthens the environmental profile of pork fat–based biodiesel operations.

Recent innovations include genetically modified soybeans with higher oil content, enzymatic transesterification, and catalyst recycling. Technologies that use waste soy oil or combine it with other feedstocks also improve sustainability. The GlobeCore USB plant incorporates advanced mixing, temperature control, and separation features to ensure high conversion rates and minimal impurities. It is compatible with both new and recycled oils, making it a flexible platform for integrating the latest advancements in biodiesel technology.

The USB 6 Impeller Stirrer allows custom mixing speeds, impeller designs, and process adjustments, making it adaptable for various paint formulations, including water-based and solvent-based paints.

BDV in transformer oil is simply another term for its breakdown voltage—the point at which the oil ceases to insulate effectively.

Preventing over-processing is achieved by carefully monitoring processing parameters such as time, speed, and temperature. The Colloid Mill GlobeCore offers precise control, allowing operators to stop the process at the optimal point to preserve the natural texture and flavor of the tomatoes.

Key steps include heating, blending with modifiers, emulsifying, and ensuring consistency in application. GlobeCore equipment automates these processes, delivering high-quality waterproof coatings that meet industrial standards.

FR3 oil meets industry standards with a high flash point, biodegradability, excellent dielectric strength, and thermal stability.

The Penetration Index (PI) is calculated using penetration and softening point test results. It signifies the temperature susceptibility of bitumen—the degree to which its hardness changes with temperature. A higher PI indicates lower temperature susceptibility, meaning the bitumen maintains consistent performance across temperature variations.

Bituminous emulsions are stable mixtures of bitumen and water, used extensively in road construction and maintenance. Applications include surface dressing, where they provide a protective layer over existing pavements; tack coats, which enhance adhesion between pavement layers; and cold mix asphalt for road repairs. They are also used in microsurfacing and slurry seals to fill minor cracks and improve surface texture. Bituminous emulsions are favored for their ease of application, energy efficiency, and environmental benefits, such as reduced emissions and lower energy consumption during application.

Common materials used in high voltage transformer bushings include porcelain, resin-impregnated paper (RIP), and resin-bonded paper (RBP) for insulation. Porcelain is typically used for outdoor bushings due to its durability and resistance to environmental factors. RIP bushings use paper impregnated with resin, providing high dielectric strength and moisture resistance. Some modern bushings use epoxy resin as insulation, which offers good mechanical strength and resistance to environmental stress. The oil or gas within the bushing also serves as an insulating and cooling medium.