Allstream Insiders Summary
Kanin Energy is developing a 7-megawatt waste-heat-to-power facility at Phillips 66’s Mewbourn natural gas processing complex in Platteville, Colorado. The system is designed to capture exhaust heat from the plant’s gas compression turbines and convert it into electricity for direct use at the Mewbourn complex.
Kanin announced the project on June 23, 2026, saying construction was expected to begin later in the year. The developer’s current Mewbourn project page now lists the facility as under construction and identifies June 2028 as its planned operation date.
Kanin will develop, own and operate the generating facility. Under the disclosed structure, Phillips 66 receives the onsite power without making an upfront capital investment in the waste-heat system.
The project will use an Organic Rankine Cycle turbine. Kanin expects it to deliver approximately 60,000 megawatt-hours of electricity annually, supply the equivalent of 100% of the Mewbourn plant’s electricity needs, and avoid approximately 28,000 metric tons of carbon dioxide per year.
Those output, load and emissions figures are forecasts published by Kanin. The project is not yet operating, and the reviewed materials do not provide independently verified performance data.
Mewbourn Waste-Heat Power Project Tracker
| Project item | Disclosed detail | Status |
|---|---|---|
| Project | Mewbourn Power Project | Under construction, according to Kanin’s current project page |
| Location | Phillips 66 Mewbourn natural gas processing complex, Platteville, Colorado | Project host site |
| Developer, owner and operator | Kanin Energy | Confirmed project structure |
| Host and power customer | Phillips 66 | Direct onsite use planned |
| Generating capacity | 7 MW | Kanin-stated project capacity |
| Technology | Organic Rankine Cycle | Identified by Kanin |
| Heat source | Waste heat from gas compression turbines | Existing industrial heat source |
| Expected annual output | Approximately 60,000 MWh | Kanin forecast |
| Expected plant-load coverage | Equivalent of 100% of the Mewbourn plant’s electricity needs | Kanin forecast |
| Expected carbon-dioxide impact | Approximately 28,000 metric tons avoided annually | Kanin forecast |
| Planned operation date | June 2028 | Current Kanin target |
How Will the Mewbourn Waste-Heat System Generate Power?
The project is designed to recover heat from gas compression turbines already operating at the Mewbourn complex and use that heat in an Organic Rankine Cycle power system. The recovered thermal energy drives a turbine-generator without requiring the waste-heat project to burn additional fuel to produce electricity.
The resulting power is intended for direct use within the Phillips 66 facility. Kanin describes the project as onsite baseload generation intended to support plant reliability and operational resilience.
What Are Kanin Energy and Phillips 66 Responsible For?
Kanin Energy will develop, own and operate the 7-MW facility, while Phillips 66 will host the equipment and use the electricity at its Mewbourn complex. Kanin characterizes its role as a turnkey arrangement that covers the waste-heat project without requiring Phillips 66 to provide upfront capital for the generating system.
The disclosed responsibilities include:
- Kanin Energy: Project development, ownership and operation of the waste-heat power facility
- Phillips 66: Industrial host, source of the recoverable heat and customer for the onsite electricity
- Mewbourn project: Capture of heat from gas compression turbines and generation of power for direct plant use
The statement that the system is expected to reduce long-term power costs is a project-participant forecast, not a disclosed savings guarantee.
What Does “Carbon-Free Electricity” Mean for This Project?
Kanin describes the Mewbourn output as carbon-free because the generating system is expected to use recovered industrial heat without additional fuel combustion. That description applies to the incremental electricity generated from otherwise-unused heat; it does not characterize the overall emissions profile of the underlying gas processing operation.
Kanin expects the project to avoid approximately 28,000 metric tons of carbon dioxide annually by reducing the amount of electricity the plant would otherwise obtain from other sources. The company’s materials do not provide a complete lifecycle-emissions assessment, the assumed displaced power mix or an independent validation of the avoidance estimate.
For that reason, Allstream treats the carbon-dioxide figure and lower-emissions claims as company projections. The project’s measured generation and emissions performance will not be available until the facility is operating.
Where Does the Project Stand?
Kanin’s June 23 announcement said construction was expected to begin later in 2026, while its current project page lists the facility as under construction. The page also identifies June 2028 as the planned operation date.
The current status indicates that the project has advanced beyond the development-only description in the original announcement. The June 2028 date remains a company target and should not be described as a guaranteed commercial-operation date.
What Could the Project Mean for the Industrial Supply Chain?
The disclosed project involves waste-heat recovery and onsite power generation at an operating natural gas processing facility. Based on the announced configuration—not on disclosed bid packages—the work could involve:
- Waste-heat capture equipment tied to gas compression turbine exhaust
- Organic Rankine Cycle turbine-generator equipment
- Heat exchangers, piping and working-fluid systems
- Electrical interconnection and plant-load integration
- Instrumentation, controls and performance monitoring
- Civil, structural and mechanical installation
- Commissioning, operations and long-term maintenance
These work areas describe the project configuration and should not be interpreted as current solicitations or confirmed contractor awards.
Allstream Perspective
The Mewbourn project combines a third-party ownership model with onsite generation at an operating gas processing plant. Kanin is responsible for developing, owning and operating the power asset, while Phillips 66 is expected to receive an onsite electricity source without making the project’s upfront capital investment.
For industrial operators, that structure could reduce one of the barriers to waste-heat recovery: committing capital and internal resources to a power project outside the facility’s primary business. For Kanin, measured performance at Mewbourn could provide evidence for applying the same commercial and technical model at other compressor stations, gas plants, refineries and industrial facilities.
Measured generation and emissions performance after startup will be the clearest test of the project’s expected benefits. Until then, the 60,000-MWh output and 28,000-metric-ton carbon-dioxide figures remain Kanin forecasts.
