Method for biological treatment of environmental contaminants and waste
The invention is directed to an apparatus for delivering activated microorganisms to an environment to be treated. The apparatus has a bioreactor containing microorganisms, a supply of organic and inorganic nutrients and a controller. The controller maintains the conditions of the bioreactor so as to maintain the microorganisms in the exponential phase of growth. Although the apparatus is continuous, the controller also doses a portion of the fluid in the bioreactor to the environment to be treated. The invention also provides a method for the biological treatment of wastes and an organic and inorganic nutrient composition used to feed the microorganisms in the bioreactor.
1. A method for the biological treatment of an environment to be treated comprising:
continuously dosing a bacterial composition from an apparatus for delivering microorganisms to an environment to be treated wherein the apparatus comprises:
a bioreactor;
a nutrient container comprising a mixture of inorganic and organic nutrients;
a nutrient pumping means for pumping inorganic and organic nutrients from the nutrient container to the bioreactor, the nutrient pumping means is in fluid communication with the nutrient container and the bioreactor; and
a water pumping means for pumping water into the bioreactor, the water pumping means is in fluid communication with the bioreactor and a water source wherein the water pumped into the bioreactor displaces fluid out of the bioreactor to the environment to be treated.
2. A method for the biological treatment of an environment to be treated according to claim 1 wherein the apparatus further comprises a reservoir in fluid communication with the water source and the water pumping means wherein the nutrient pumping means pumps water from the reservoir to the bioreactor.
3. A method for the biological treatment of an environment to be treated according to claim 1 wherein the apparatus further comprises a controller comprising a controller comprising a programmable memory and an actuator, the controller being in communication with the nutrient and water pumping means wherein the actuator activates the nutrient and water pumping means according to a predetermined schedule stored in the programmable memory of the controller.
4. A method for the biological treatment of an environment to be treated comprising:
continuously dosing a bacterial composition from an apparatus for delivering microorganisms to an environment to be treated wherein the apparatus comprises:
a bioreactor comprising an output tube to the environment to be treated;
a nutrient container comprising a mixture of inorganic and organic nutrients;
a nutrient pumping means for pumping inorganic and organic nutrients from the nutrient container to the bioreactor, the nutrient pumping means is in fluid communication with the nutrient container and the bioreactor; and
a solenoid in fluid communication with the water supply and the bioreactor, the solenoid having an open and closed position wherein water flows into the bioreactor when the solenoid is in the open position and water is prevented from entering into the bioreactor when the solenoid is in the closed position.
5. A method for the biological treatment of an environment to be treated according to claim 4 wherein the apparatus further comprises a reservoir, said reservoir in fluid communication with the water supply and the bioreactor wherein water enters the reservoir and flows to the bioreactor once a predetermined level is reached.
6. A method for the biological treatment of an environment to be treated according to claim 4 wherein the apparatus further comprises a controller comprising a programmable memory and an actuator, the controller being in communication with the solenoid and the nutrient pumping means wherein the actuator activates the solenoid and nutrient pumping means according to a predetermined schedule stored in the programmable memory of the controller.
7. A method comprising:
cycling delivery of nutrients and water according to a predetermined cycling rate to a bioreactor having a bacterial composition, the bioreactor in fluid communication with an environment to be treated; and
dosing the environment to be treated with at least a portion of the bioreactor bacterial composition.