The phrase "a condition for removal" is correct and usable in written English.
It can be used when discussing specific requirements or criteria that must be met in order for something to be removed or eliminated.
Example: "The committee outlined a condition for removal, stating that all safety protocols must be followed."
Alternatives: "a prerequisite for removal" or "a requirement for removal".
To get the optimum condition for removal of dye using CP, four input parameters viz., initial concentration of dye (25 50 mg/L), weight of CP (0.2 0.5 g), pH (5 9) and temperature (30 40 °C) have been varied according to the experimental design as prescribed by software considering percentage removal of dye as response.
designations, and by adding as conditions for removal of a party a violation of any condition imposed by writing in connection with a grant of any application or request, and violation of any written agreement between such depository institution and agency.
In May , 1991 President George H. W. Bush signed a covert "lethal finding" that authorized the C.I.A. to spend a hundred million dollars to "create the conditions for removal of Saddam Hussein from power". Robert Baer, a former C.I.A. officer who was assigned to Iraq at the time, said that the policy was all show, "like an ape beating its chest.
A Box-Behnken design approach was employed in order to identify the optimum conditions for removal of selected antibiotics.
It will evaluate the adsorption efficiencies and conditions for removal of contaminants and identify the existing data gaps to widespread commercial uptake of the technology.
Experimental results revealed that the optimum conditions for removal of arsenic are 15 min of agitation, 1 g of dosage, 20 mg L−1 of arsenic concentration.
The experimental results obtained in optimum conditions for removal of color and turbidity were 76.20% and 90.14%, respectively, indicating the high accuracy of the prediction model.
Results suggested that, SAF internal hydrodynamic conditions directly influenced process performance and media fill ratios could be manipulated to provide optimum conditions for removal of biochemical oxygen demand (BOD5) and NH4+.
The optimum conditions for removal of MB were found to be pH 7.0, biosorbent dose = 1.0 g, and initial dye concentration = 50 mg L−1.
