Abstract: A system and method are disclosed. One or more processors prioritize at least some tasks and actions associated with a user. A to-do list is provided that includes the prioritized task. First electronic data event information representing a sending or receiving of data associated with at least one of the tasks is received and at least one of the tasks and at least some of the actions are reprioritized. The to-do list is modified based at least on the reprioritizing, and is provided to the user.

Abstract: A portable transporting carrier for standard size buckets and for standard size propane gas tanks with wheels connected by an axle element and configured to position and support the bucket or the tank on the axle element and with an offset handle positioned over a center of gravity of the bucket or tank to facilitate lifting and carrying of the carrier with supported bucket or tank. The carrier is optionally convertible to a transportable working skid.

Abstract: A portable transporting carrier for standard size buckets and for standard size propane gas tanks with wheels connected by an axle element and configured to position and support the bucket or the tank on the axle element and with an offset handle positioned over a center of gravity of the bucket or tank to facilitate lifting and carrying of the carrier with supported bucket or tank. The carrier is optionally convertible to a transportable working skid.

Abstract: Systems and methods for using different output from gas to liquids (GTL) plants are described.

Abstract: A portable transporting carrier for standard size buckets and for standard size propane gas tanks with wheels connected by an axle element and configured to position and support the bucket or the tank on the axle element and with an offset handle positioned over a center of gravity of the bucket or tank to facilitate lifting and carrying of the carrier with supported bucket or tank. The carrier is optionally convertible to a transportable working skid.

Abstract: A portable transporting carrier for standard size buckets and for standard size propane gas tanks with wheels connected by an axle element and configured to position and support the bucket or the tank on the axle element and with an offset handle positioned over a center of gravity of the bucket or tank to facilitate lifting and carrying of the carrier with supported bucket or tank. The carrier is optionally convertible to a transportable working skid.

Abstract: A system and method are disclosed. One or more processors prioritize at least some tasks and actions associated with a user. A to-do list is provided that includes the prioritized task. First electronic data event information representing a sending or receiving of data associated with at least one of the tasks is received and at least one of the tasks and at least some of the actions are reprioritized. The to-do list is modified based at least on the reprioritizing, and is provided to the user.

Abstract: A biofuel generating method and biofuel generating device comprising operationally linking an anaerobic digester with a hydroponic biomass energy crop production system in a symbiotic relationship. The hydroponic system continually provides high energy containing biomass crops as feed stock to the anaerobic digestor and the anaerobic digestor provides nitrogenous digestate into the nutrient hydroponic system as a nutrient, to facilitate growth of additional biomass feed stock. The anaerobic digestor further provides the requisite carbon dioxide for the hydroponic crop feed stock to stimulate germination of crop seeds and the growth of crop seedlings. Heat generated from the anaerobic digestion process is also optionally channeled to the hydroponic system to further accelerate and promote hydroponic feed stock crop growth. The anaerobic digester produces combustible fuel including methane gas during the digestion process.

Abstract: A line-marking device (100) includes a chalk line (200) that is held in an elongated frame (170). A worker can position and align the device, then snap the line (200) using a manually operated trigger (650) to leave a mark on a surface (530), such as a wall or floor. An adjustable level device (115) on the frame (170) can be rotated to dial a desired angle for the line. The adjustable level device (115) may be provided in an angle setting device independently of the line-marking device. A laser device (125) may be carried at the tip (120) of (or elsewhere on) the frame (170) to allow the chalk line to be aligned with a reference mark (145). Respective markings (176, 177) on edge regions of rails (171, 174) of the frame (170) may indicate an angular setting of a guide bar (500), or, a protractor (810, 810a) may indicate-the angular setting. The guide bar (500) may be relocated facing away from the filament (200) and used as an angle finding device.

Abstract: A line-marking device (100) includes a chalk line (200) that is held in an elongated frame (170). A worker can position and align the device, then snap the line (200) using a manually operated trigger (650) to leave a mark on a surface (530), such as a wall or floor. An adjustable level device (115) on the frame (170) can be rotated to dial a desired angle for the line. The adjustable level device (115) may be provided in an angle setting device independently of the line-marking device. A laser device (125) may be carried at the tip (120) of (or elsewhere on) the frame (170) to allow the chalk line to be aligned with a reference mark (145). Respective markings (176, 177) on edge regions of rails (171, 174) of the frame (170) may indicate an angular setting of a guide bar (500), or, a protractor (810, 810a) may indicate the angular setting. The guide bar (500) may be relocated facing away from the filament (200) and used as an angle finding device.

Abstract: A line-marking device (100) includes a chalk line (200) that is held in an elongated frame (170). A worker can position and align the device, then snap the line (200) using a manually operated trigger (650) to leave a mark on a surface (530), such as a wall or floor. An adjustable level device (115) on the frame (170) can be rotated to dial a desired angle for the line. The adjustable level device (115) may be provided in an angle setting device independently of the line-marking device. A laser device (125) may be carried at the tip (120) of (or elsewhere on) the frame (170) to allow the chalk line to be aligned with a reference mark (145). Respective markings (176, 177) on edge regions of rails (171, 174) of the frame (170) may indicate an angular setting of a guide bar (500), or, a protractor (810, 810a) may indicate the angular setting. The guide bar (500) may be relocated facing away from the filament (200) and used as an angle finding device.