Microalgae-based soil inoculating system and methods of use

A system for soil enrichment comprising:

• one or more bioreactors,
• an ozone generator,
• a nutrient feed supply, and
• a carbon dioxide source;
• wherein the carbon dioxide source is configured to supply carbon dioxide to a lower part of each of the one or more bioreactors;
• wherein the system is configured to receive water from an on-site water source of a farm;
• wherein the system is configured to provide live microalgae cells to an effluent of the one or more bioreactors;
• and
• wherein the effluent is configured to feed the live microalgae cells to a water flow of an irrigation system.

A system for soil enrichment comprising:

• a trailer,
• one or more bioreactors,
• an ozone generator,
• a nutrient feed supply, and
• a carbon dioxide source;
• wherein the one or more bioreactors, the ozone generator, the nutrient feed supply, and the carbon dioxide source are each mounted on the trailer;
• wherein the carbon dioxide source is configured to supply carbon dioxide to a lower part of each of the one or more bioreactors;
• wherein the system is configured to receive water from an on-site water source of a farm;
• wherein the system is configured to provide live microalgae cells to an effluent of the one or more bioreactors;
• and
• wherein the effluent is configured to feed the live microalgae cells to a water flow of an irrigation system.

A system for soil enrichment comprising:

• a trailer,
• one or more bioreactors,
• an ozone generator,
• a nutrient feed supply,
• a carbon dioxide source, and
• one or more monitoring devices;
• wherein the one or more bioreactors, the ozone generator, the nutrient feed supply, and the carbon dioxide source are each mounted on the trailer;
• wherein the carbon dioxide source is configured to supply carbon dioxide to a lower part of each of the one or more bioreactors;
• wherein the system is configured to receive water from an on-site water source of a farm;
• wherein the system is configured to support a flow-through capacity of about 0.35-0.7 gallons per minute;
• wherein the system is configured to provide about 800,000 live microalgae cells per second at a water flowrate of about 0.35 gallons per minute to an effluent of the one or more bioreactors;
• and
• wherein the effluent is configured to feed the live microalgae cells to a water flow of an irrigation system.