Bitumen emulsion is a mixture of bitumen, water, and emulsifiers used in cold road applications. It allows easier handling and lower environmental impact. GlobeCore offers compact and fully automated emulsion plants with colloid mills for stable emulsions and adjustable cationic/anionic formulations.

SBS (styrene-butadiene-styrene) modified bitumen offers enhanced elasticity and crack resistance. It is produced by blending SBS polymers into hot bitumen using high-shear mixers. GlobeCore PMB plants enable continuous, high-throughput SBS modification with full control of temperature, dosing, and mixing intensity.

Turbo Oil 2197 is a synthetic aviation lubricant valued for deposit control and high-temperature performance. GlobeCore treatment systems degas and filter Turbo Oil 2197, extending oil and engine life.

An oil regeneration plant restores aged insulating oils by removing acids, sludge, water, and gases, returning them to like-new quality. GlobeCore manufactures regeneration plants for utilities, industrial users, and service companies to cut costs and extend transformer life.

Transformer oil filtration is the process of removing contaminants like water, gases, and particles to restore insulating properties. GlobeCore provides high-vacuum filtration plants for field and industrial applications.

Ultra bitumen emulsion is a premium-grade emulsion designed for high-performance road and industrial applications. GlobeCore systems help manufacturers produce ultra-stable emulsions with enhanced durability.

Power utilities use GlobeCore TOR-8 to monitor dissolved gases in transformer oil as part of routine diagnostics, helping predict and prevent unplanned outages.

GlobeCore TOR-1 is a field-ready testing kit for detecting water in diesel fuel, ideal for refineries, marine fleets, and industrial storage facilities.

To boost lipid content in Chlorella, nitrogen-starvation is the most effective strategy. When nitrogen levels are limited, the algae shift metabolism from protein synthesis to lipid accumulation, especially neutral lipids ideal for biodiesel. Cultivation in photobioreactors or controlled open pond systems allows precise manipulation of nutrients, light, and CO₂ levels. Optimizing light intensity, pH, and temperature also enhances lipid productivity. Coupling nutrient stress with batch or semi-continuous cultivation and CO₂ supplementation maximizes lipid yield, making Chlorella a promising source for sustainable biodiesel production.

Batch processing provides better control over individual formulations, while continuous processing increases efficiency for large-scale production. The USB 6 Impeller Stirrer supports both methods for flexible operations.