Chemistry of a single-step phosphate/paint system. Research focuses on the use of green chemistry principles in the development of novel in-situ phosphatizg coatings (ISPCs). ISPCs would represent a fundamental breakthrough in cleaner, cheaper, and smarter coating chemistry.

Worldwide exclusive licensing of US patent #5,322,870

Heat transfer usually occurs by three modes: Conduction, Convection and Radiation. Under the same conditions for conduction and convection, radiation from a hot body can help dissipate heat effectively and hence enhance the cooling effect. The Raditive cooling Monitor from ChemNova can estimate the emissivity and radiative power (heat dissipated by radiation) of a surface.

A field-portable laser-spectro analyzer for an in-situ characterization of surface and coating. The Coat-ID from ChemNova provides a fast, easy, and industry-oriented material identification technique for samples from any kind of surface. Ceramic-ID and Metallo-ID versions will be available for identification of various ceramic and industry metals.

A combined PVD/CVD unit has been designed and constructed by chemnova canuse for coating material electrodes and synthesize graphene, diamond likecarbon or another related materials.
Nova PCVD - custom design equipment for fine coating

A deposition by aqueous acetate solution (DAAS) process for synthesizing colossal magnetoresistance, ferroelectric ceramics, and their extrinsic ion-doped perovskites. The DAAS technique has the potential to deposit thin, thick, and layered-structure films of ceramic perovskites over a variety of large area substrates with high throughput and low cost for solid-state memory devices.