Western Colloid asphalt emulsion is a branded water-based coating used for roofing and road sealing. GlobeCore plants allow local producers to manufacture similar high-quality emulsions with consistent properties.

Rapid setting bitumen emulsion is a cationic emulsion designed to break quickly upon application, ideal for tack coats and surface treatments. GlobeCore plants ensure efficient production of rapid-setting emulsions with controlled quality.

Routine testing with GlobeCore TOR-6 enables early detection of water and particles, preventing corrosion, wear, and costly equipment damage.

Using the GlobeCore TOR-8, operators can detect diagnostic gases. Hydrogen often indicates partial discharge, while acetylene signals arcing or severe overheating, both early warnings of insulation damage.

Using the GlobeCore TOR-8, technicians can measure the residual gas content in mineral transformer oil. The presence and concentration of certain gases, like acetylene or hydrogen, can indicate arcing, overheating, or insulation degradation.

GlobeCore TOR-7 can measure moisture content, particle contamination, and dielectric breakdown voltage in a single testing session, reducing inspection time.

GlobeCore TOR-6 testers deliver laboratory-level accuracy, detecting microscopic amounts of water and particles that could compromise insulation.

Base-catalyzed transesterification using NaOH or KOH is commonly used for Chlorella oil, particularly when free fatty acid (FFA) levels are low. For high-FFA oils, acid catalysis (using H₂SO₄) or two-step processes (acid followed by base) improve yield. Enzymatic catalysis and supercritical methanol methods offer higher purity and are environmentally friendly but costlier. The GlobeCore USB biodiesel plant, while typically used for vegetable oils, can be adapted for algal oils by controlling reaction parameters and pre-treating high-FFA feedstocks, ensuring high-efficiency conversion from microalgae to fuel.

Transesterification is the most effective and widely used chemical process for converting flaxseed oil into biodiesel. In this process, triglycerides in the oil react with methanol (or ethanol) in the presence of a base catalyst like sodium hydroxide or potassium hydroxide, producing fatty acid methyl esters (biodiesel) and glycerin. The GlobeCore USB system optimizes this reaction with automated temperature control and agitation, ensuring high yield and consistent biodiesel quality even from oils with variable composition.

Yes, palm oil can be used to produce both biodiesel (via transesterification) and bio-oil through pyrolysis. However, biodiesel is the more common product. The GlobeCore USB plant specializes in biodiesel production, providing a safe and efficient way to transform palm oil into clean-burning fuel. Unlike pyrolysis, which requires more complex equipment and results in a less stable product, biodiesel offers a reliable and standardized fuel output, especially when produced with advanced systems like GlobeCore.