Submissions

Final Program for ATPS 2024

Submit your Final Program Items for ATPS 2024

 

ATPS Submission Information

Authors & Presenters

Author Guidelines

Papers must be free of commercialism. References to commercial products, trade names, and manufacturing companies must be avoided. Be mindful of who your audience is: the end user. Submissions should be field tested and share practical – not theoretical – information.

A Lecture is a presentation of a technical paper detailing cutting-edge, emerging turbomachinery or reciprocating compressor technology. The described technology should have been successfully field tested at least once and include field experience. A lecture presentation is 45 minutes long, including time for Q&A.

A Tutorial is a mini short course/workshop. It is a teaching process. Presenters are encouraged to bring in equipment for hands-on instruction. Tutorials consist of 75-80 minutes of presentation and 10-15 minutes of questions and discussion.

A Short Course is a full-day training session presented concurrently with other short courses on the first day of the Symposia. Short Courses run from 8:30 am to 5:00 pm with a 75-minute luncheon and two 30-minute breaks. Please submit a detailed abstract, including a course philosophy and goal, an outline, and a written summary of who the audience is and what they will learn.

A Case Study is a short informational PowerPoint presentation describing the successful implementation of established turbomachinery or pump technology to solve a real-world problem. Case studies concisely relate a Problem, its Solutions, and the Lessons Learned. Each invited case study is limited to 10 minutes for Turbo and 20 minutes for Pump to relate their experiences with an additional five minutes for questions. Presentations consist of an abstract of 10-20 slides. Stories relating the failure of others, such as manufacturers or suppliers, will not be permitted.

A Technical Brief is a short-length communication describing advances in a specific topic or issue. Unlike a Case Study (CS), the technical brief aims to showcase relevant information related to (measured) improvements in performance, predictions of system behavior, etc. (not necessarily associated to resolving an actual machine operational issue). The Technical Brief will be scheduled with a presentation time of  25 minutes, plus 5 minutes for Q/A.

 

Topics of Interest Include

ANALYSIS/ TESTING

• Rotor dynamics
• CFD (Computational Fluid Dynamics) Analysis
• ODS (Operational Deflection Shape) Analysis
• Tribology
• Bearings, Seals, Dampers, etc.

COMBUSTION, FUELS, & EMISSIONS

• Natural Gas
• Fuel oil
• Hydrogen
• Ammonia

DATA SCIENCE

• Machine Learning
• Applications: Flow

DRY GAS SEALS

• Seals, systems, procedures

E-TECHNOLOGIES

• Magnetic bearings,
• Adjustable Speed Drives (ASD & VSD)

EMERGING/ “NEW”

• H2 turbines,
• sCO2 power plants, and energy cycles,
• Waste energy recovery,
• Oil-free rotating machinery,
• Hybridization

ENGINEERING/ DESIGN PRACTICES AND STANDARDS

• Project Cost and Schedule Reduction,
• Product Development (with field application),
• Multi-Disciplinary Optimization

MANUFACTURING TECHNOLOGY AND DEVELOPMENT

• Additive Manufacturing/ 3-D Printing
• Quality Assurance

OPERATIONS

• Asset Integrity & Management
• Maintenance & Reliability – especially predictive analytics, IIoT, and AI methods,
• Life-Cycle Optimization (process & rotating equipment),
• S/U through decommissioning, e.g., laser alignment

PUMPS and WET SEALS

ROTATING EQUIPMENT IN INDUSTRY

• Upstream/ LNG, Midstream, Downstream, & Petrochemical,
• Power Generation, including IPP,
• Air Separation,
• Marine,
• Offshore, Sub-sea
• Unconventional, and Water – clean & wastewater

STEAM TURBINES

AUXILIARIES, CONTROLS

• All driven types
• All auxiliaries, e.g., Couplings, Gears,
• All controls

VIBRATIONS

EDUCATION

• Networking,
• Academic,
• Learning Organization,
• Professional development