This research aims to study the ability to get rid of heavy metal ions such as nickel, zinc, lead and cadmium in the mixed wastewater and industrial wastewater. The sunflower seeds pretreatment with potassium carbonate concentration of 0.8 molar burned at 400 degrees Celsius temperature scale is 500-710 micrometers absorbent material absorbs water solution pH of five initial concentration of 100 mg. liter The experiment will use an experimental batch and packed bed by the adsorption of heavy metal ions compared to the adsorption of heavy metal ions from wastewater individually by means of experimental batch that percentage. absorption of zinc, nickel, lead and cadmium are 96.50 97.03 and 96.98 97.54 respectively compared with the experimental adsorption of heavy metal ions from wastewater mixed by the same method. Of absorption of zinc, nickel, lead and cadmium, and similar 87.16 94.30 98.02 97.01 respectively to absorb wastewater individually will have to absorb more wastewater mixed. In the wastewater industry percent absorption of zinc and nickel are 75.25 and 87.50 and wastewater industry lathe percent absorption. Zinc and lead are 78.18 and 88.34 will have to absorb the wastewater industry will absorb percent lower wastewater. The trial in a packed bed reactor. The height of the bed is equal to 5 cm at a flow rate of 12 ml per minute, 6 and 8. In the mixed wastewater and industrial wastewater. It was found that the flow rate of more use. Time to break into the room faster. It was found that the heavy metals lead at various flow rates. Take the time to absorb the longest, followed by cadmium, zinc and nickel, respectively, from the Kinetics of adsorption (Kinetic model) to predict the results. Consistent with the kinetics of adsorption equation. Pseudo-second order over Pseudo-first order.