Technologies for air emissions treatment

Atmopsheric pollution is a serious threat for human health and conservation of the planet. Some of the most hazardous emissions are nitrogen oxides, volatile organic compounds, inorganic compounds, aerosols and odors, among others. Nitrogen oxides are not the only cause of atmospheric pollution but are the main contaminants of importance. All emissions can be properly […]

Wastewater valorization and resources recovery

Concept (need and benefits) Waste generated in industry is usually considered as a problem at the end of a process. However, what is a waste in one process may be a resource in another. The use of waste in other processes, although it is usually modified beforehand, brings with it direct financial savings, as waste […]

Anaerobic reactors

Condorchem Envitech provides two types of anaerobic reactors for the biological treatment of industrial wastewater. UASB The upflow anaerobic sludge blanket (UASB) reactor allows for the transformation of an effluent with a high organic load into a biogas and into a stabilised fertiliser. The effluent enters through the bottom of the reactor and crosses upwards a […]

Technologies for industrial wastewater treatment

The most convenient technologies for industrial water treatment in each case depend on the desired contaminant type to be separated or removed from the water. At Condorchem Envitech we have vast experience implementing effluent treatment plants. The first main difference between technologies is based on whether contaminants in the water are suspended or disolved. If […]

Pure Water Production

Globally the manufacture of ‘Pure Water’ is a major industry even water from natural resources such as rivers and lakes needs to be treated before it is safe to drink. Similarly, a lot of mains supply water from water authorities contains chemicals to ensure that bacteria do not grow during its transport to the end […]

Treatment of effluents with high contaminant load

Effluents with a high contaminant load (also considering the toxic-hazardous concept) can have: High organic load. High salinity. Heavy metals. Radioactive substances. Infectious materials. Etc. The treatment process for these effluents is difficult and usually expensive. Advanced systems of vacuum concentration allow contaminant separation at a reasonable cost.

Systems for the treatment and reduction of odor emissions

Concept (need and benefits) Smells are the sensation that results after receiving a stimulus caused by a combination of gases, vapors and microparticles in the olfactory sensory system. Depending on the composition of the mixture, the smell can be perceived as pleasant or unpleasant, according to very subjective factors, such as the sensitivity of the […]

Systems for the removal of particulate matter from air emissions

Air contains a diverse mix of microscopic particles, among which there are atmospheric aerosols. Aerosols may originate both from natural sources, as well as from different industrial processes, or electric energy generation. They are usually harmful to the atmosphere and produce similar effects to those of greenhouse gases. Requirements concerning emission controls are increasingly strict […]