Name: Cheyenne Plains Gas Pipeline
Address: US

Overview

The Cheyenne Plains Gas Pipeline is a natural gas transmission line in the United States, owned by Kinder Morgan. It serves as a critical infrastructure asset for moving natural gas from the Rocky Mountains to the Midwest. The pipeline holds the Federal Energy Regulatory Commission (FERC) code 188.

Route and Geography

The Cheyenne Plains Gas Pipeline functions as a critical natural gas transmission artery, connecting the prolific gas fields of the Rocky Mountains to the energy-consumption hubs of the Midwest. The infrastructure is owned and operated by Kinder Morgan, serving as a vital link in the broader North American natural gas grid. Its path is defined by a specific geographic trajectory that spans 410 miles, traversing the diverse topography of the Great Plains region. The pipeline’s route begins at the border between Wyoming and Colorado, regions known for their significant natural gas reserves, particularly from the DJ Basin and the Niobrara Formation. From this western terminus, the line moves eastward, cutting across the expansive landscapes of the central United States. The pipeline ultimately terminates in South Central Kansas, a strategic location that facilitates further distribution to markets in Illinois, Indiana, and Ohio, as well as local consumption within Kansas. This specific 410-mile corridor was selected to optimize the flow of natural gas from the source regions to the demand centers, minimizing elevation changes and leveraging the relatively flat terrain of the Plains. The pipeline is identified by the Federal Energy Regulatory Commission (FERC) under code 188, which regulates its operations and tariffs. The route’s geography is characterized by the transition from the foothills of the Rocky Mountains to the flat, agricultural lands of Kansas. This path allows for efficient compression and flow management, essential for maintaining pressure over the long distance. The pipeline’s design and placement reflect the historical development of the natural gas infrastructure in the US, where lines were often built to connect specific basins to emerging industrial and residential markets. The 410-mile length represents a significant engineering feat, requiring continuous monitoring and maintenance to ensure the integrity of the line against both geological and environmental factors. The pipeline’s operation is crucial for the energy security of the Midwest, providing a steady supply of natural gas for power generation, heating, and industrial processes. The route does not deviate significantly from its general eastward direction, ensuring a direct and efficient transport path. The termination point in South Central Kansas serves as a key hub, where the gas can be easily distributed to other pipelines and storage facilities. The Cheyenne Plains Gas Pipeline remains an operational asset, continuing to play a vital role in the regional energy landscape. Its continued operation underscores the importance of well-planned infrastructure in the natural gas sector, linking resource-rich areas with high-demand regions. The pipeline’s path is a testament to the strategic planning involved in natural gas transportation, balancing geographic constraints with economic efficiency. The 410-mile span is a fixed characteristic of the line, defining its capacity and operational parameters. The route’s geography is a key factor in its performance, influencing maintenance schedules and potential expansion opportunities. The pipeline’s connection between Wyoming, Colorado, and Kansas highlights the interconnectedness of the US natural gas market. The FERC code 188 provides a regulatory framework for the pipeline’s operations, ensuring transparency and efficiency. The Cheyenne Plains Gas Pipeline is a prime example of how infrastructure development can shape regional energy dynamics. Its route is a critical component of the Midwest’s energy supply chain, ensuring reliable access to natural gas. The pipeline’s operation is monitored closely to maintain its efficiency and reliability, given its strategic importance. The 410-mile length is a defining feature of the pipeline, influencing its design and operational strategies. The route’s geography is a key consideration in the pipeline’s ongoing management and potential future upgrades. The Cheyenne Plains Gas Pipeline continues to serve as a vital link in the natural gas network, connecting the Rocky Mountains to the Midwest. Its operation is essential for the energy needs of the region, providing a steady supply of natural gas. The pipeline’s path is a reflection of the strategic planning that goes into natural gas transportation, ensuring efficient and reliable delivery. The 410-mile route is a fixed element of the pipeline’s infrastructure, defining its capacity and operational scope. The pipeline’s termination in South Central Kansas is a strategic choice, facilitating further distribution and storage. The Cheyenne Plains Gas Pipeline remains a key asset in the US natural gas infrastructure, operated by Kinder Morgan. Its route is a critical component of the regional energy landscape, ensuring the flow of natural gas from source to demand. The pipeline’s operation is regulated by FERC, ensuring transparency and efficiency.

Technical Specifications

The Cheyenne Plains Gas Pipeline functions as a critical natural gas transmission line, facilitating the movement of fuel from the Rocky Mountains region to markets in the Midwest. The infrastructure is owned and operated by Kinder Morgan, a major energy infrastructure company in the United States. The pipeline is identified by the Federal Energy Regulatory Commission (FERC) under code 188, which serves as its primary regulatory identifier for rate cases and operational filings. This FERC designation is essential for tracking the pipeline's regulatory status, tariff structures, and expansion projects within the broader US natural gas grid.

Physical characteristics of the Cheyenne Plains Gas Pipeline are defined by its substantial diameter and extensive network structure. The mainline features a 36-inch diameter, a specification that allows for high-volume throughput of natural gas over long distances. This diameter is typical for major interstate transmission lines, balancing pressure maintenance with volumetric capacity to serve diverse demand centers. The pipeline's route connects the prolific gas fields of the Rocky Mountains, which include major shale plays, to the industrial and residential load centers of the Midwest. This geographic alignment ensures efficient delivery of natural gas, supporting both power generation and heating needs across the region.

The network structure of the Cheyenne Plains Gas Pipeline includes a series of compressor stations, storage facilities, and interconnections with other regional pipelines. These components work together to maintain pressure and flow, ensuring reliable delivery even during peak demand periods. The pipeline's operational status is currently active, reflecting its ongoing role in the US energy infrastructure landscape. Kinder Morgan's ownership implies a focus on maintenance, expansion, and integration with other assets in their portfolio, enhancing the pipeline's efficiency and market reach.

Parameter	Value
Entity Type	Transmission Line
Primary Fuel	Natural Gas
Operator	Kinder Morgan
FERC Code	188
Country	US
Operational Status	Operational
Mainline Diameter	36 inches
Origin Region	Rocky Mountains
Destination Region	Midwest

Market Areas and Connectivity

The Cheyenne Plains Gas Pipeline functions as a critical transmission artery, channeling natural gas supplies from the Rocky Mountains toward demand centers in the Midwest. This geographic orientation establishes the line as a primary conduit for moving Western supply basins into the broader mid-continent market, facilitating the integration of upstream production with downstream consumption patterns across the central United States. The pipeline is owned and operated by Kinder Morgan, which manages the infrastructure under Federal Energy Regulatory Commission (FERC) code 188. This regulatory identification places the asset within the structured framework of US natural gas transmission, ensuring its operational parameters and tariff structures are subject to federal oversight.

Midwest Market Integration

The pipeline’s primary function is to deliver gas to the Midwest, a region characterized by significant industrial and residential energy demand. By connecting the Rocky Mountains to this interior market, the Cheyenne Plains line reduces the reliance on more distant supply sources, enhancing regional energy security. The operational status of the pipeline allows for continuous flow, supporting the dynamic load requirements of Midwestern utilities and industrial consumers. This connectivity is vital for balancing the regional energy mix, providing a flexible fuel source that can complement other energy forms in the Midwest’s power generation and heating sectors.

South Central Kansas Interconnections

A key feature of the Cheyenne Plains Gas Pipeline is its connectivity to other mid-continent pipelines in South Central Kansas. This geographic node serves as a strategic hub where the Cheyenne Plains line intersects with the broader network of transmission infrastructure. These interconnections enable the efficient distribution of gas to various downstream markets, allowing for greater flexibility in routing supplies based on price differentials and demand fluctuations. The presence of these links in South Central Kansas underscores the pipeline’s role as a central component of the mid-continent gas grid, facilitating trade and supply reliability across state lines. The integration with other pipelines in this region enhances the overall resilience of the natural gas supply chain, ensuring that disruptions in one segment can be mitigated by rerouting flows through connected assets.

Why it matters

The Cheyenne Plains Gas Pipeline serves as a critical arterial link in the United States’ natural gas infrastructure, specifically designed to bridge the geographic divide between the abundant supply basins of the Rocky Mountains and the growing demand centers of the Midwest. Owned and operated by Kinder Morgan, this transmission line functions as a vital component of regional energy logistics, ensuring that natural gas extracted from western reserves can efficiently reach industrial, commercial, and residential consumers further east. The pipeline’s strategic importance lies in its ability to mitigate regional supply constraints, providing a reliable conduit for fuel that might otherwise be limited by the linear nature of gas flow and the friction of long-distance transmission.

Regional Energy Logistics and Supply Integration

In the context of the broader North American energy market, the Cheyenne Plains Gas Pipeline plays a pivotal role in integrating disparate gas markets. The Rocky Mountain region has historically been a prolific source of natural gas, yet without robust transmission infrastructure, this supply can remain somewhat isolated from the major consumption hubs of the Midwest. By connecting these two distinct geographic zones, the pipeline enhances market efficiency, allowing for price arbitrage and more stable supply chains. This integration is essential for maintaining operational continuity for Midwest industries that rely on consistent natural gas deliveries for manufacturing, heating, and power generation.

The operational status of the pipeline, currently listed as operational under the oversight of the Federal Energy Regulatory Commission (FERC) with code 188, underscores its active role in the daily management of natural gas flows. Kinder Morgan’s management of the asset ensures that the pipeline adheres to rigorous operational standards, facilitating the steady movement of natural gas across state lines. This reliability is crucial for energy planners and analysts who depend on predictable infrastructure performance to forecast supply availability and manage regional energy balances. The pipeline thus represents more than just a physical conduit; it is a strategic asset that supports economic stability and energy security in the regions it connects.

What is the regulatory framework for the Cheyenne Plains Gas Pipeline?

The regulatory oversight of the Cheyenne Plains Gas Pipeline falls under the jurisdiction of the Federal Energy Regulatory Commission (FERC). As a major natural gas transmission line operating within the United States, the pipeline is subject to federal regulation that governs rates, service terms, and operational standards for interstate natural gas transportation. The specific regulatory identifier for this infrastructure asset is FERC code 188. This code serves as the primary reference point for all filings, orders, and regulatory documents associated with the pipeline within the FERC database. The assignment of a unique FERC code is standard practice for natural gas pipelines that cross state lines or serve multiple markets, ensuring that the Federal Energy Regulatory Commission can track the specific characteristics and regulatory history of each distinct system.

Federal Jurisdiction and FERC Code 188

The presence of a FERC code indicates that the Cheyenne Plains Gas Pipeline is regulated under the Natural Gas Act of 1938, which grants the Federal Energy Regulatory Commission authority over the transportation and sale of natural gas in interstate commerce. Under this framework, the operator, Kinder Morgan, must file various documents with FERC, including tariff sheets, rate case filings, and annual reports, all indexed under code 188. This regulatory structure ensures that the pipeline's operations, which transport natural gas from the Rocky Mountains to the Midwest, are subject to federal scrutiny regarding efficiency, cost-recovery mechanisms, and service reliability. The FERC code allows stakeholders, including shippers, consumers, and regulatory analysts, to access specific information regarding the pipeline's regulatory status.

Operational Compliance and Market Integration

As an operational transmission line, the Cheyenne Plains Gas Pipeline must maintain compliance with the conditions set forth in its FERC orders. This includes adhering to the rates approved by the commission and maintaining the physical infrastructure to meet service obligations. The pipeline's role in connecting the gas-rich Rocky Mountains region to the demand centers in the Midwest places it within a critical segment of the U.S. natural gas grid. The Federal Energy Regulatory Commission's oversight ensures that this connection functions efficiently, facilitating the flow of natural gas across state boundaries. The regulatory framework provided by FERC code 188 thus underpins the economic and operational viability of the pipeline, balancing the interests of the owner, Kinder Morgan, with those of the broader energy market. All regulatory actions, including potential rate adjustments or service modifications, are documented and accessible through the FERC system under this specific code.

How does the Cheyenne Plains Gas Pipeline integrate with regional infrastructure?

As a major transmission line operated by Kinder Morgan, the pipeline serves as a primary conduit for moving natural gas from production basins in the west to consumption centers and downstream distribution networks in the mid-continent. This strategic positioning allows for the efficient aggregation of gas supplies from the Rocky Mountain area, facilitating its movement toward key markets in the Midwest, thereby enhancing regional energy security and market liquidity.

Integration with regional infrastructure is a defining characteristic of the Cheyenne Plains system. It does not operate in isolation but rather interconnects with a web of other mid-continent pipelines, creating a flexible and resilient grid. These interconnections enable the seamless transfer of natural gas between different transmission systems, allowing for optimized routing based on pressure differentials, seasonal demand fluctuations, and spot market prices. By serving as a conduit for gas distribution, the pipeline supports the broader energy infrastructure by ensuring that supply from the Rocky Mountains can reach diverse end-users, including industrial consumers, power generation facilities, and residential distribution utilities across the Midwest.

The operational status of the Cheyenne Plains Gas Pipeline remains active, underscoring its continued relevance in the evolving energy landscape. Under the ownership and operation of Kinder Morgan, the pipeline is managed to maintain high throughput efficiency and reliability. The Federal Energy Regulatory Commission (FERC) oversees the pipeline under code 188, providing a regulatory framework that ensures fair access and consistent service for shippers. This regulatory oversight contributes to the pipeline's role as a stable component of the regional infrastructure, facilitating long-term contracts and spot market transactions that are essential for balancing supply and demand across the mid-continent. The pipeline's design and operation reflect a strategic approach to integrating western supply sources with midwestern demand, reinforcing the interconnected nature of the US natural gas transmission system.

Cheyenne Plains Gas Pipeline