Processable Gas definition

Processable Gas means Producer’s Gas that Producer elects to have delivered to a Central Processing Facility and/or a Cryogenic Processing Facility.
Processable Gas means Producer’s Gas that Producer elects to have delivered to a Cryogenic Processing Facility. (hhh) “Processable Gas FL&U” means the aggregate of Field FL&U and Plant FL&U.
Processable Gas means natural gas which (a) must be processed to meet pipeline quality specifications, or (b) contains liquid or liquefiable hydrocarbons in sufficient concentrations to make processing economically practical to both parties. Notwithstanding the foregoing, Chevron shall not seek to exclude any gas from the category of "Processable Gas" on the grounds that processing such gas is not economically practical in order to have such gas processed in a Third Party Plant.

Examples of Processable Gas in a sentence

  • Producer shall pay to Processor the applicable Fees, set forth in Exhibit C, for all Producer’s Processable Gas, illustrated by the following formula.

  • For Services provided at the Central Conditioning Facility, or Cryogenic Processing Facility to which Producer’s Gas is delivered, Producer shall bear responsibility for the Non-Processable Gas FL&U and the Processable Gas FL&U, whichever is applicable to the Receipt Point.

  • The quantity of each Plant Product component allocable to Producer’s Processable Gas that was delivered to the Central Processing Facilities and the Cryogenic Processing Facilities shall be determined by multiplying the total quantity of each Plant Product component recovered at all Central Processing Facilities and Cryogenic Processing Facilities (including any condensate recovered from Producer’s Gas) by a fraction.

  • Notwithstanding the foregoing, Producer shall not be required to pay more than one Treating Fee for Producer’s Processable Gas at a Receipt Point, and if Producer’s Processable Gas at any Receipt Point both exceeds 4ppm for hydrogen sulfide and does not meet the Gas Quality Specifications as set forth in Exhibit D-1 for carbon dioxide, only the Treating Fee which calculates to the largest resultant fee per Mcf for such Receipt Point shall apply.

  • Similarly, during any Month that the weighted average by volume of Producer’s Processable Gas received at all Delivery Points exceeds the Gas Quality Specification set forth in Exhibit D-1 for carbon dioxide, then Producer shall pay to Processor the applicable Treating Fee set forth in Exhibit C for volumes at any Receipt Point that exceed the Gas Quality Specifications set forth in Exhibit D-1 for carbon dioxide.

  • During any Month that the weighted average by volume of Producer’s Processable Gas received at all Delivery Points exceeds 4ppm for hydrogen sulfide, then Producer shall pay to Processor the applicable Treating Fee set forth in Exhibit C for volumes at any Receipt Point that exceed 4ppm for hydrogen sulfide.

  • Any Plant Products that are recovered from Producer’s Processable Gas in excess of the fixed recovery rates described in Exhibit F shall be retained for the account of Processor, and Processor agrees to sell, or cause to be sold, such retained Plant Products (other than condensate fallout) to Enterprise Products Operating LLC or its successor.

  • Processor shall have available capacity at the Central Conditioning Facilities to receive, and Processor shall receive, on a Firm basis, one hundred percent (100%) of Producer’s Non- Processable Gas (“Capacity Commitment”).

  • The quantity of each Plant Product component allocable to Producer’s Processable Gas that was delivered to the Cryogenic Processing Facilities shall be determined by multiplying the theoretical gallons of that Plant Product component contained in the Plant Inlet Volume by the applicable Recovery Rate outlined in Section 2.5 for each component contained in Producer’s Processable Gas.

  • Whenever Chevron ------------------------------------------------- has in the vicinity of a WPC Field Plant, but outside of the Committed Area associated with that plant, a well capable of producing Processable Gas which could be connected to the WPC Field Plant, Chevron shall notify WPC of the location, estimated volume and quality of production, Chevron's desired connection date for such well, and other information reasonably requested by WPC to evaluate the proposed connection.


More Definitions of Processable Gas

Processable Gas means Producer’s Gas that Producer elects to have delivered to a Cryogenic Processing Facility.
Processable Gas. Producer’s Gas that Producer elects or has elected to be bound for a downstream processing facility.
Processable Gas. Producer’s Gas that Producer elects or has elected to be bound for a downstream processing facility. Pg 4 of 45 Gas Gathering Agreement dated [__________] Between Alpine High Gathering LP (Gatherer) and [__________] (Producer)

Related to Processable Gas

  • Gasification means the substoichiometric oxidation or steam reformation of a substance to produce a gaseous mixture containing two or more of the following: (i) oxides of carbon; (ii) methane; and (iii) hydrogen;

  • nanomaterial means a natural, incidental or manufactured material containing particles in an unbound state or as an aggregate or as an agglomerate and where, for 50 % or more of the particles in the number size distribution, one or more external dimensions is in the size range 1-100 nm;

  • Gas Transporter means the licensed operator of the transportation network through which gas is transported to you;

  • Process Gas means gas used for which alternate fuels, other than another gaseous fuel, are not technically feasible such as in applications requiring precise temperature controls and precise flame characteristics.

  • Transport Gas means the gas purchased by a Customer from a supplier other than KUB that Customer has arranged to have Delivered to KUB for delivery to the Customer by KUB.

  • Oxides of nitrogen means the sum of the volume mixing ratio (ppbv) of nitrogen monoxide (nitric oxide) and nitrogen dioxide expressed in units of mass concentration of nitrogen dioxide (μg/m3);

  • Geothermal fluid means water in any form at temperatures greater than 120

  • Feedstock Gas means natural gas used as a raw material for its chemical properties in creating an end product.

  • Ultra Low Sulfur Diesel Fuel means diesel fuel that has a sulfur content of no more than fifteen parts per million.

  • Gas means natural gas, manufactured gas, synthetic natural gas, liquefied petroleum gas or propane-air gas, or a mixture of any of them, but does not include a liquefied petroleum gas that is distributed by means other than a pipeline;

  • Hydraulic fracturing means the fracturing of underground rock formations, including shale and non-shale formations, by manmade fluid-driven techniques for the purpose of stimulating oil, natural gas, or other subsurface hydrocarbon production.

  • Production, Use or Storage of Nuclear Material means the production, manufacture, enrichment, conditioning, processing, reprocessing, use, storage, handling and disposal of Nuclear Material.

  • Downstream means carrying a transmission from the Headend to remote points on the Cable System or to Interconnection points on the Cable System.

  • Finished water means the water that is introduced into the distribution system of a public water system and is intended for distribution and consumption without further treatment, except as treatment necessary to maintain water quality in the distribution system (e.g., booster disinfection, addition of corrosion control chemicals).

  • Natural Gas Liquids means those hydrocarbon components that can be recovered from natural gas as a liquid including, but not limited to, ethane, propane, butanes, pentanes plus, and condensates;

  • Supply Pipe means any part of a service pipe which a water undertaker could not be, or have been required to lay under section 46 of the Water Industry Act 1991; and

  • Nitrogen oxides means nitric oxide and nitrogen dioxide, expressed as nitrogen dioxide (NO2);

  • Fuel Gas means Gas used as fuel for the operation of the Transportation System.

  • CO2 means carbon dioxide.

  • Bioassay means the determination of kinds, quantities or concentrations and, in some cases, the locations of radioactive material in the human body, whether by direct measurement, in vivo counting, or by analysis and evaluation of materials excreted or removed from the human body. For purposes of these rules, “radiobioassay” is an equivalent term.

  • Biomass means the biodegradable fraction of products, waste and residues from biological origin from agriculture (including vegetal and animal substances), forestry and related industries including fisheries and aquaculture, as well as the biodegradable fraction of industrial and municipal waste;

  • Transient merchant means any person who engages in a temporary or itinerant merchandising business and in the course of such business hires, leases or occupies any building or structure whatsoever, or who operates out of a vehicle which is parked anywhere within the City limits. Temporary association with a local merchant, dealer, trader or auctioneer, or conduct of such transient business in connection with, as a part of, or in the name of any local merchant, dealer, trader or auctioneer does not exempt any person from being considered a transient merchant.

  • Biofuel means liquid or gaseous fuel for transport produced from biomass;

  • Diluent means liquid light hydrocarbons with an API gravity at sixty (60) degrees Fahrenheit of forty-five (45) degrees or higher which are naturally occurring petroleum or atmospherically stable products of refining and fractionation, gas well condensates or gas plant condensates (natural gas liquids), or any material acceptable for delivery to BP Pipelines (North America) Inc. pipeline at Black Oak Junction in Gary, Indiana.

  • Hydrozone means a portion of the landscaped area having plants with similar water needs and rooting depth. A hydrozone may be irrigated or non-irrigated.

  • heat pump means a machine, a device or installation that transfers heat from natural surroundings such as air, water or ground to buildings or industrial applications by reversing the natural flow of heat such that it flows from a lower to a higher temperature. For reversible heat pumps, it may also move heat from the building to the natural surroundings;