Urea is the key nitrogenous waste product generated in the urea cycle in ureotelic animals.
Apart from that, urea and its derivatives are manufactured on a large scale for various …

Hydrothermal methods have conventionally enabled the synthesis of a wide range of
nanomaterials. However, these simple, single-step syntheses lack scalability due to the …

While injection of CO 2 has great potential for increasing oil production, this potential is
limited by site conditions and operational constraints such as lack of proper infrastructure …

A wastewater treatment process is developed as a heat-integrated fuel processor to produce
hydrogen. If the hydrogen flow is directly connected to the PEMFC (proton exchange …

This work presents novel application of palladium-based membrane in a wastewater
treatment loop of urea plant for hydrogen production. Urea wastewater treatment loop is …

In situ CO2 enhanced oil recovery (ICE) shows great potential for increasing oil field tertiary
recovery. Instead of injecting liquid CO2 directly into the oil reservoir, a solution of a CO2 …

In this paper, the removal of urea from industrial wastewater by thermal hydrolysis was
studied via modeling and simulation of counter-current urea thermal hydrolysis reactor. The …

In this work a comprehensive study on wastewater treatment of industrial urea plants by
thermal hydrolysis reactors is presented. A superior model is developed for two main co …

In this study, removal of urea, ammonia and carbon dioxide from wastewater of conventional
urea plant in both high and low concentration (ppm scale) levels using a cascade of …

In this work, simultaneous removal of urea, ammonia, and carbon dioxide from industrial
wastewater was studied via modeling and simulation of a hydrolyzer− separator loop. The …