NanoSmart Products

Nano Chemical Technologies (NCT) is uniquely positioned to capitalize on the growing demand for advanced and eco-friendly nano-chemicals with its innovative portfolio in the Americas and the Middle East where there are a robust focus on maximizing the production from mature fields. Our nano-smart products are:

• NanoStim – is a product designed to optimize production through the non-reactive interaction of its constituents within the formation to increase oil production rates and fluidity. It is a multicomponent non-reactive nanofluid tailored for oil well stimulation, remediation, and various alternative applications, including the cleaning of surface and downhole equipment.

• NCT Series- are organic nanofluids formulated to reduce viscosity, enhance fluidity and increase the API gravity of heavy and extra heavy crudes by initiating a cold reaction that induces physical transformations, enhancing their quality. This groundbreaking product that significantly reduces the viscosity, is ideal for markets in Latin America, Canada and the Middle East, where heavy oil production is prevalent. This advanced formulation contributes to reduce transportation costs and improve flow efficiency in pipelines, making it highly attractive for oil and gas producer and services companies looking to optimize their production and operations.

• NanoSulf – is an eco-friendly Nanofluid developed for inhibiting and eliminating acid gases, such as Hydrogen Sulfide (H2S), from primary and tertiary production processes. This product is essential to reduce harmful emissions in upstream and midstream operations due to environmental impact and safety concerns for the facilities, targeting regions with stringent environmental regulations, such as Europe and North America. Additionally, NANOSULF finds utility in mining exploitation areas, introducing significant innovation and challenging existing paradigms within the industry.

• NanoMax – Ongoing Research: Preliminary laboratory tests showed optimal wettability, indicating that this smart nanofluid effectively shifts rock wettability towards water preference. It also showed a significant decrease in the interfacial tension (IFT) between oil and water, making it easier to displace the residual oil, suitable for enhanced oil recovery (EOR) in mature fields.