Abstract: A system for scheduling the generation of energy in an energy distribution network having a plurality of customers and a plurality of energy sources, wherein the customer chooses an energy provider from which to receive its energy. The system comprises memory in communication with the input. The memory is configured to store a schedule for each customer, the schedule setting forth the predicted energy consumption for that customer over a predetermined period of time. A processor is in communication with the memory. The processor is configured to sum the schedules for each energy provider thereby creating a load schedule for each energy provider. An output interface is in communication with the processor. The output interface is configured to output each of the load schedules.

Abstract: A system for scheduling the generation of energy in an energy distribution network having a plurality of customers and a plurality of energy sources, wherein the customer chooses an energy provider from which to receive its energy. The system comprises memory in communication with the input. The memory is configured to store a schedule for each customer, the schedule setting forth the predicted energy consumption for that customer over a predetermined period of time. A processor is in communication with the memory. The processor is configured to sum the schedules for each energy provider thereby creating a load schedule for each energy provider. An output interface is in communication with the processor. The output interface is configured to output each of the load schedules.

Abstract: A system for scheduling the generation of energy in an energy distribution network having a plurality of customers and a plurality of energy sources, wherein the customer chooses an energy provider from which to receive its energy. The system comprises memory in communication with the input. The memory is configured to store a schedule for each customer, the schedule setting forth the predicted energy consumption for that customer over a predetermined period of time. A processor is in communication with the memory. The processor is configured to sum the schedules for each energy provider thereby creating a load schedule for each energy provider. An output interface is in communication with the processor. The output interface is configured to output each of the load schedules.

Abstract: A header conduit provides an elongated passageway through which waste liquid and sludge ("waste") are guided and enter the conduit along a path that is tangential to at least the inner surface of the conduit which such incoming waste first contacts. When the conduit has an inner surface of circular cross-section, the passageway is elongated enough that the incoming waste enters the conduit along a path tangential to the circular surface. To better assure axial flow of the waste in the conduit to an outlet, the passageway provides both the tangential flow and is at an acute angle to the longitudinal axis of the conduit. The incoming waste is thereby provided with an axial component. In this manner, the passageway assures that the energy and momentum of the incoming waste is helical in direction. The waste previously admitted into the header conduit is urged by the newly entering waste to continue to flow helically in the conduit.

Abstract: Apparatus for simultaneously taking up and paying out first and second ends of respective first and second cables is provided for traversing a carriage in a clarifier basin. Each of the cables has the same active length. A reel has a cylindrical drum, opposite ends, and a pair of cable retainers. One of the retainers is adjacent to one of the opposite ends and on a first diametric side of the drum. The other of the retainers is adjacent to the other of the opposite ends and on a second or opposite diametric side of the drum. The second diametric side is opposite to the first diametric side. In a method of the invention, the first end of the first cable is secured to the one retainer the drum is adapted to receive all of the active length of the first cable in one layer thereon or all of said active length of the second cable in one layer thereon or a wound portion of the active length of each of the cables in one layer thereon, with the wound one layer portions sharing the drum in side-by-side relation.

Abstract: A robot positioner for a device which is positioned within a compartment having an open top and including first and second supports mounted above the compartment to move the device along "X" and "Y" coordinates. A flexible cover means associated and movable with each of the first and second supports is provided to in effect provide a movable ceiling for constantly covering the open top of the compartment regardless of the position of the device in the compartment as controlled by the supports.

Abstract: An exhaust and reclaim system for a blasting enclosure having exhausting means which includes two separate exhaust paths for the exhausted blasting media. One path primarily for the heavier media is through a perforated floor into means located under the floor from whence the exhausted blasting media is separated into reusable and non-usable media. The second path primarily for the lighter media that is suspended in the compartment is through filter means located at one end of the compartment. The particles of such media are intercepted by the filter means and then dispensed into the first path of the heavier particles for subsequent separation into usable and non-usable media.