Aquafiber Technologies Corporation

Science Applications International Corporation

Other

Kyle R Jensen

R Glenn Brosch

Roxanne M Jensen

G Thomas Bland, Jr

Michael F Willard

Ronald Allen

Daniel Keys

A relocatable restaurant, method of assembly, and method of use are provided herein. The relocatable restaurant includes a slab positioned at a desired site, a plurality of modules, including in an exemplary embodiment one module for each of a kitchen, a dishwashing and bar, and bathroom facilities. The modules are positionable atop the slab adjacent exterior edges thereof. In an embodiment, a slab can be provided by an existing structure, such as a parking lot. The relocatable restaurant further includes a plurality of partitions sufficient for bridging the modules, at least one partition having a door structure, to create a substantially continuous exterior wall therearound. A roof is provided for the relocatable restaurant with the use of a substantially planar flexible element affixable about the exterior wall. A blower can be used to retain the roof in an upwardly extended state.

Relocatable restaurant and associated methods

A floway system for a building roof includes a substrate for supporting a periphyton culture that removes nutrient pollution from surface water and isolates the building envelope from solar-induced heat. The substrate is seedable to form a floway. a harvester for harvesting periphyton from the substrate. Water desired to be bioremediated is channeled to an inlet of the periphyton culture. A gutter system includes a sector for collecting cleansed water from an outlet of the periphyton culture having a drain for permitting water to be emptied therefrom and a sector for collecting periphyton harvested from the substrate therein. An element is provided for directing material exiting the periphyton culture outlet selectively between the water-collecting sector and the periphyton-collecting sector.

Periphyton filtration system for a roof and associated methods

A floating plant culture system has improved strength and durability and includes a substantially planar platform having a length along opposed sides thereof and a width along front and back thereof generally perpendicular to the sides. The platform is adapted for growing a culture of attached plants including micro- and macrophytes thereon. Beneath the platform are affixed a plurality of cells extending in bridging relation to the sides and open at each end adjacent the sides. The cells are placeable in fluid communication with a body of water desired to be remediated. Affixed along at least a portion of the sides extend a pair of opposed hollow beams, for providing flotation to the platform. The beams are also placeable in fluid communication with the body of water, and an upper surface of the platform is floodable by the body of water from beneath for submerging plants attached thereto.

Floating aquatic plant culture systems and associated methods

A system and method for remediating a body of water and collecting suspended and dissolved solids therefrom are provided. The system includes a water-impervious lining positionable in a depression in or adjacent a body of water. The lining and depression define a treatment vessel, which includes a treatment portion, an outlet portion for containing treated water, and an outflow weir between the treatment portion and the outlet portion. Water to be treated is transported from the water body to the treatment portion. An entrapment element is delivered and mixed into the transported water, the entrapment element for capturing suspended and dissolved solids in the transported water and effecting a separation between the captured solids and water cleansed therefrom. The captured solids can be removed from the treatment basin, and the cleansed water can move through a channel in the outflow weir into the outlet portion.

Water remediation and biosolids collection system and associated methods

A floway system for a building roof includes a substrate for supporting a periphyton culture that removes nutrient pollution from surface water and isolates the building envelope from solar-induced heat. The substrate is seedable to form a floway. A basin is provided for holding water to be treated, and a pump for pumping water therefrom to the floway inlet. At the floway outlet is positioned an effluent-collection gutter, which channels effluent to a collection vessel. Algal biomass can be harvested. A flexible divider is positioned in the gutter along the long axis, a top edge of securable adjacent the floway outlet so that, during harvesting, algal biomass is scraped into a distal section of the gutter, and thence to a biomass collection basin. The harvester can include a scraper and mechanism for traveling down the floway. The harvester can also move between adjacent floways and to the building roof.

Periphyton filtration systems and associated methods

An integrated system and method for removing excess nutrients from water, for removing the nutrients from the removal site, for enhancing soil, and for producing pulp and paper products includes bioremediating water to be treated with cultured algae or another suitable plant matter in an attached periphyton bed, harvesting the algae/plant matter to produce a wet algal biomass, and mixing the wet biomass with a shredded fibrous material to produce a pulp. The pulp can be molded into a biodegradable package that can be utilized as a delivery vehicle to a site having nutrient-enrichable soil, where the package can be used as a soil amendment after being used as a delivery vehicle. The pulp can also be made into a paper product that is biodegradable and has the characteristic of enhancing soil quality.

Method for purifying water

Plant matter packaging method

Integrated system and method for purifying water, producing pulp and paper, and improving soil quality

A method of treating water includes exposing influent comprising water desired to be treated to ozone in sufficient quantity to disrupt cell walls of undesired microorganisms therein, thereby releasing nutrients from within the microorganisms in a form amenable to bioassimilation. The ozone is further in sufficient quantity to oxidize toxic, humic substances to a form amenable to plant bioassimilation. Aquatic plants are contacted with the ozone-exposed water, the aquatic plants being adapted to remove the released and oxidized nutrients therefrom. Water emerging from the aquatic plants is then again exposed to ozone in sufficient quantity to further purify the water.

Water ozonation and bioremediation system and associated methods

Periphyton filtration is a known method for performing bioremediation of polluted water, removing nutrients from the influent on which the attached algae thrive. The present system improves upon this method by establishing a water-treatment facility for adding a strong oxidizer to the influent, and, in some cases, to the effluent, to make organically bound nutrients available to a target culture of periphyton or aquatic plants to reduce the population of undesirable microinvertebrates, to make organically bound nutrients available to the periphyton, and to reduce the level of toxic compounds. A particular embodiment comprises ozonating the water. A pesticide may be added to control insect populations.

Periphyton filtration pre- and post-treatment system and method

Periphyton filtration is a known method for performing bioremediation of polluted water, removing nutrients from the influent on which the attached algae thrive. The present system improves upon this method by adding a strong oxidizer to the influent, and, in some cases, to the effluent, to make organically bound nutrients available to a target culture of periphyton or aquatic plants to reduce the population of undesirable microinvertebrates, to make organically bound nutrients available to the periphyton, and to reduce the level of toxic compounds. A particular embodiment comprises ozonating the water. A pesticide may be added to control insect populations.

Periphyton filtration pre-and post-treatment system and method

A process for treating water to remove concentrations of nutrients and pollutants using ozone prior or after the water is exposed to natural filtration by periphyton or other aquatic plants. A system employs a deep water tank containing water to be treated is injected at the bottom with concentrated ozonated water to expose the water to be treated to ozone. The treated water exits from the tope of the tank whereby it is flowed over aquatic plant system to remove the undesired matter, such as pesticides. The process can be repeated successively to further treat the water if desired.

Growing community of inventors

Apopka, FL, United States of America

Kyle R Jensen