Batch experiments were designed to obtain Cr VI) and Cr III) sorption data.
Batch experiments were designed to look into the impact of the carbon, nitrogen, phosphorus and oxygen supply on PHBHHx production.
Groups of batch experiments were designed and conducted to explore the efficiencies of P extraction using different acids (HCl, HNO3 and H2SO4) and bases (NaOH and KOH).
Batch experiments were designed using central composite design (CCD) with two parameters, i.e. the copper concentration (10 100 mg/L), and the quantity of immobilized SRB in culture solution (19 235 mg of VSS/L).
With the help of P. australis and T. latifolia grown alone and in combination batch experiments were designed to assess the removal of heavy metals from the wastewater collected from 5 sampling stations.
Laboratory batch experiments were designed to study the adsorption of cadusafos on two types of soils: clay loamy and sandy, collected from two regions around the Nile Delta in Egypt.
Batch experiments were designed to investigate the efficiency of iron and arsenic (III) removal with different dosages of coated sand and limestone and the effect of initial concentrations of iron and arsenic, respectively, at fixed dosage of coated sand and limestone.
The batch experiments were designed to give an initial indication of the effect that the foulant had on protein uptake, and to confirm that there were no competitive effects in the system due to modification of BSA binding characteristics when conjugated with the TexasRed flurophore, in preparation for the CLSM study.
Finally, seven batches of experiments are designed to plot isostrength contours for ladle slag fine cement silica flour and ladle slag fine hydrated lime silica flour ternary systems.
