Utilizing the Steam Rankine Cycle for Industrial Decarbonization
A Rankine cycle is a thermodynamic cycle that converts thermal energy into mechanical work by the constant evaporation and condensation of a circulating working fluid, which is water for the case of a Steam Rankine Cycle. In this application, the cycle is composed of four main components, boiler (evaporator), expansion device (turbine), condenser, and the feed-pump.
International Pipeline Conference & Expo 2024 Recap
The 2024 biennial IPCE (International Pipeline Conference & Expo) brought emerging pipeline industry trends and research to the forefront. The pipeline industry is diligently adapting its standards to meet the needs of a changing energy landscape. It was clear from the opening remarks and presentations throughout the conference that this industry holds safety as a […]
Understanding the Organic Rankine Cycle: Converting Low-Temperature Heat into Electrical Power Efficiently
What is an Organic Rankine Cycle? A Rankine cycle is a thermodynamic cycle that converts energy in the form of heat into mechanical work by the constant evaporation and condensation of a circulating working fluid. The Rankine cycle is composed of five main components, vapor-generator (evaporator), expansion device (turbine), condenser, regenerator, and the feed-pump. An […]
Tallgrass Expands its Innovative Team to Advance Waste Heat to Power Decarbonization Projects
DAYTON, OHIO — Tallgrass, along with Kanin Energy, are pleased to announce their collaboration with Samuel EPC (Samuel) on an innovative waste heat to power project in Ohio. This project is expected to provide ~10 MW of around-the-clock, carbon-free energy starting in 2025. Working with the project team, Samuel will leverage their combined expertise in […]
First of its Kind Partnership Delivers a Waste Heat to Power Project That Will Reduce the University of Dayton’s Carbon Footprint by More Than 70%
First waste heat application of this scale to produce decarbonized energy at a near match in the U.S. for nearly a decade DAYTON, Ohio–(BUSINESS WIRE)–Tallgrass, the University of Dayton, and AES Ohio entered into an innovative long-term agreement that fosters the University of Dayton’s efforts to achieve their renewable energy goals. The new waste heat […]
Waste Heat to Power in the Canadian Investment Tax Credit Framework
Ahead of Tuesday’s 2024 Budget release by Finance Canada, Kanin Energy joined various stakeholders including heavy industry, climate think tanks, investors and provinces across Canada, to advocate for the inclusion of waste heat to power (WHP) technology into the Canadian investment tax credit framework. WHP technology converts rejected thermal energy from industrial processes into baseload […]
CERAWeek 2024: Decarbonization Through Waste Heat to Power
CERAWeek 2024 brought forth a lot of inspiring insights, and we were excited to be part of the conversations shaping our energy future. If you missed Kanin’s presentation by our CEO, Janice Tran, or didn’t get a chance to stop by our booth at Houston Energy Transition Initiative (HETI), we’ve got you covered! We’ve outlined some […]
Leveraging the Inflation Reduction Act: A Win for Waste Heat to Power Development
Last week’s signing of the Inflation Reduction Act (IRA) by President Biden marks a historic moment not just for the economy but also for the environment, with $369B towards climate goals. This sweeping climate legislation is not merely a fiscal measure but a statement of intent to combat climate change on a grand scale. Among […]
Tallgrass, Kanin Energy to Develop Waste Heat to Power Projects
Waste heat for the projects will come off the back of compressor stations from Tallgrass’ Rockies Express
Pipeline—one of the largest natural gas pipelines in the U.S.
Kanin Energy Enters Agreement with Tallgrass to Develop Waste Heat to Power Clean Energy Projects
Four Projects in Ohio and Indiana Will Provide 48 MW of 24/7 Carbon-Free Energy