Pilot scale tests of the partial oxidation of methane, isooctane and gasoline have been carried out in nearly adiabatic conditions on structured catalysts developed at the Boreskov Institute of Catalysis and characterized by a low (≤0.5 wt./wt.%) content of noble metals.
The pilot-scale testing of the inclined deck dry coal separator demonstrated the superior capability for deshaling and rejecting undesirable mineral matters from the Indian coarse (i.e. ≥6 mm) coal feedstocks currently utilized for thermal power generation.
The results of this study show that appropriate sources of biomass, enrichment strategies, and diagnostic tools existed to start and monitor pilot scale tests for the implementation of nitrite-dependent methane oxidation in wastewater treatment at ambient temperature.
The work provides valuable insights for subsequent cleaning studies and pilot scale testing.
The pilot scale tests were performed at the facilities of two HPGR manufacturers, changing operating pressure and rolls peripheral velocity (only one of the manufacturers).
This paper reports the results of pilot scale tests carried out to investigate the clogging of shredded and baled tyres in comparison with aggregates when percolated by leachates representative of those generated by methanogenic stage landfills.
Methane yield, returned from the pilot scale test, was approximately 80% of that from the smaller scale test.
Due to the necessity of pilot scale test facility for continuous treatment of wastewater and gases on site, a mobile electron beam irradiation system mounted on a trailer has developed.
Ten WWTPs were screened with molecular tools to find suitable inocula to start pilot scale tests for application of nitrite-dependent anaerobic methane oxidation.
To find suitable inocula to start pilot scale tests for application of nitrite-dependent anaerobic methane oxidation, ten WWTPs in The Netherlands were screened with molecular tools (Table 1).
