Sentinel Products Corporation

Other

Opflex Technologies, LLC

Alphex Biocleanse Systems, Inc.

Senitnel Products Corp

Smith, Scott C.

Scott C Smith

John D Bambara

Robert F Hurley

Matthew L Kozma

Richard Bambara

Thomas W Smith

Kevin M Hoffman

Christopher M Stalzer

Holly Ann Foster

James E LaCrosse

William B Strzelewicz

Glenn G Wattley

Julie T Smith

George J Mowry

Jill M Duggan

Margaret K Smith

An open-cell foam structure that is impregnated with a disinfectant and used to remove pathogens from air, water, and surfaces, and kill the pathogens.

Open-cell foam based pathogen remediation

A method of removing nutrients and/or toxic substances from water by placing an open-cell foam material together with a biochar material into the water, leaving the foam and biochar materials in the water for sufficient time to adsorb/absorb at least some of excess nutrients and/or toxic substances present in the water, and then removing from the water the open-cell foam material together with the biochar material.

Removal and detection of algae, their toxins, and excess nutrients, other contaminants, and toxic substances

A method of removing from water at least one of algae, bacteria, toxins produced by algae, toxins produced by bacteria, and algae nutrients by placing an open-cell foam material into the water, leaving the material in the water for sufficient time to adsorb/absorb at least one of algae, their toxins, and their nutrients, and then removing the open-cell foam material from the water.

Removal and detection of algae, their toxins, and excess nutrients

An open-cell foam biological indicator for bacteria detection and removal from water or air, and methods of use.

Open-cell foam biological indicator for bacteria detection and removal from water or air, and methods of use

An apparatus and method for capturing a contaminant present in a body of water that includes a collection media for capturing the contaminant and a structure. The collection media has a first end secured to the structure. The collection media has a second buoyant end disposed opposite the first end wherein buoyant end is a free end. The structure does not float at the water surface and holds the first end of the collection media below the buoyant second end in the water column. When the apparatus is deployed in a water column having a depth greater than the height of the apparatus, the apparatus is selectively positioned in the water column at a desired height. A method of employing the collection media is also disclosed.

Water column remediation apparatus

A polymer composition for use in the removal and recovery of oil slicks or spills floating on the surfaces of bodies of water or present on land, such as beaches comprising a foam of a blend of polyethylene and an ethylene-alkyl acrylate copolymer and a process for using such foams in the selective removal of oil from fresh water or salt water and the recovery of the absorbed oils from the foams is disclosed. The polymer composition is also for use in other applications in which absorption of liquids is desired.

Foam compositions for selective recovery of oil spills and other applications

Polymer articles including ethylene-vinyl acetate and maleic anhydride are described. The ethylene-vinyl acetate can be a high vinyl acetate content ethylene-vinyl acetate. The articles include foamed articles and non-foamed articles. The foamed articles have improved characteristics and properties, such as surface bonding properties.

Polymer articles including maleic anhydride and ethylene-vinyl acetate copolymers

Polymer articles including maleic anhydride are described. The articles have improved characteristics and properties, such as surface bonding properties, even when the article includes a large percentage of ethylene propylene diene monomer terpolymer, ethylene-vinyl acetate, ethylene-acrylic elastomers, reclaim, or an oil.

Polymer articles including maleic anhydride

The invention relates to foam structures with enhanced physical properties which can be used in the areas of packaging, athletics, water sports, and construction. In general, the structures are laminated polymer foams that include a core of a low density foam and one or more skins of relatively high density foam covering the core. The skins provide improved physical properties to the foam structures by improving the flexural strength, resistance to bending, and resulting damage from bending in the laminated foam structure while modestly increasing the weight of the laminated structure, for example. Uses of the foam structures include, but are not limited to, packaging materials, gym mats, body boards, or eaves fillers. The skin can act as a hinge to fold a die cut piece into a collapsible packaging system.

Laminated foam structures with enhanced properties

Polymer structures having a laminated surface and enhanced physical properties that can be used for packaging, athletic gear (e.g., padding, water sport equipment), gaskets, and protective garments are described. The structures include a core of a relatively high density material and one or more layers laminated to the surfaces of the core material of relatively low density polymer foam. The structures can be stiff or flexible. The foam layers improve the softness of the surfaces of the core material.

Polymer structures with enhanced properties

The invention relates to foam structures with enhanced physical properties which can be used in the areas of packaging, athletics, water sports, and construction. In general, the structures are laminated polymer foams that include a core of a low density foam and one or more skins of relatively high density foam covering the core. The skins provide improved physical properties to the foam structures by improving the flexural strength, resistance to bending, and resulting damage from bending in the laminated foam structure while modestly increasing the weight of the laminated structure, for example. Uses of the foam structures include, but are not limited to, packaging materials, gym mats, body boards, or eaves fillers.

A flexible arm apparatus 1 that has a base clamp 10, a support arm 75, an interface attachment 100, and capable of receiving an attachment 131, 140, or 150. The base clamp 10 has a threaded knob 43 that is rotatably secured at two ends and is used to move a second jaw 17 relative to a first jaw 12. The rotation cup 80 is secured into the top of the base clamp 10 with a retainer ring 87. The rotation cup 80 receives a first end 77 of the support arm 75, and a second end 78 is received by the interface attachment 100. The interface attachment 100 comprises a lower interface component 101 and an interface-mid component 102. Changeable attachments 131, 140, and 150 are securable to the interface attachment by use of a pringle 131 or 141. The rotation cup 80 and the retainer ring 87 allow angular rotation of the first end 77 of the support arm 75 relative to the clamp base 10. The interface-mid component 102 allows angular rotation of the attachment relative to the second end 78 of the support arm 75

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Osterville, MA, United States of America

Scott C Smith