Metals in municipal and industrial wastes are removed using a combination of advanced models based on the theoretical fundamentals of fluid dynamics and molecular physics with innovative process integration and intensification techniques.
Fur biodegradability study and development of an optimal biodegradation system.
Project studies problem of waste from grape and fruit processing industry as a source for sustainable use in agriculture. Improved technologies for pomace composting and ensiling will be main results. Obtained products will be tested for nutritive value as animal feed and fertilizer in production.
Fluid clarification intends to bring sofi filtration's technology to address separation challenges in the oil and gas, oil sands markets. Separating contaminants from a variety of water streams resulting in reduced disposal, improved water usage, lower operating costs and higher plant productivity.
Cement composites created from the pellets, which are produced by using technogenic waste, will be used in bearing thermal insulation (and thermal insulation sheets and form production), partitions, technological equipment for preparing a forming mass of composites and for filling the formation
Joint r&d program integrating ide's unique horizontal evaporator design and materials of construction with clean harbors' chemical development and cleaning expertise. The innovative evaporation process will provide increased reliability and availability, improving the sagd water treatment process
Development of an innovative system for the treatment and desalination for reuse of high salinity produced water from unconventional oil & gas production. Integration of efficient pre-treatment with low-temperature membrane distillation to provide a novel cost-effective water reuse system.
Design and construct a compact system for cleaning and deodorization of the oil produced in pyrolysis end of life tyres (elt). With a size adequate to the small and modular size of pyrolysis plants. This enables decentralize models adequate to elt distribution.