Advancing Industrial Thermodynamics Through Open, Rigorous Computation
Zylofy was founded by a specialized collective of rotating equipment specialists, thermal power plant commissioning engineers, and piping hydraulic consultants. We build deterministic, transparent computational engineering tools that bridge the gap between heavy theoretical thermodynamics and daily EPC plant design.
International Code Fidelity
Our sizing algorithms rigorously integrate criteria established by the ASME Boiler and Pressure Vessel Code (BPVC Section I), API 610 / ISO 13709 (12th Edition), and Hydraulic Institute (ANSI/HI 9.6.1) standards.
IAPWS-IF97 Precision Engine
Rough approximations like assuming liquid density is 1000 kg/m³ are banned from our code. Zylofy models continuous non-linear water expansion and vapor pressure curves dynamically using verified IAPWS-IF97 formulations.
Zero Black-Box Math
Every numerical derivative, intermediate head loss, and hydraulic power step is exposed to the user. Engineers can audit, verify, and export complete calculation trails into stamped PDF engineering datasheets.
Engineering Lineage & Editorial Governance
High-pressure industrial fluid loops operate under critical mechanical and thermal stresses. Operating at discharge pressures exceeding 150 bar gauge and temperatures hovering near saturation equilibrium, undersized pumps or inadequate NPSH margins lead to rapid impeller cavitation, erosion pitting, and costly plant trips.
At Zylofy, our technical whitepapers and computational algorithms are authored and peer-reviewed by mechanical engineers with practical commissioning experience across combined-cycle gas turbine (CCGT) power facilities, district energy networks, and chemical processing facilities.
Thermal Plant Experience
Our engineering contributors have designed and audited feed piping systems for utility boilers rated from 5 ton/hr package units up to 1,200 ton/hr utility steam generators. We understand the practical challenges of minimum flow bypass valves, warm-up lines, and suction strainer differential pressure drops.
Continuous Tool Evolution
We frequently update our algorithms in accordance with revisions to API 610, Hydraulic Institute guidelines, and power industry whitepapers. We welcome peer reviews, field telemetry comparisons, and engineering critiques from operators worldwide.
Have engineering inquiries, field data, or feature suggestions?
Connect directly with our senior thermal hydraulics team at contact@zylofy.site.