Thermodynamic analysis of Kalina cycle configurations KCS11 and KCS111a — exergy and thermal efficiency comparison using Engineering Equation Solver (EES)

Organic Rankine Cycle Optimizer Tool

A distributed, battery-free, supercapacitor-buffered sustainment system that produces mission-critical power, purified water, cooling, hydrogen, and oxygen at the point of need when conventional logistics are degraded, disrupted, or denied.

This is a demo for a pre-trained model that provides a recommended superficial velocity in a fluidized bed of BFS that renders homogenous fluidization in an energy efficient regime for the maximum heat exchange rate between solid particles and gas.

A hyper-efficient, eco-friendly cloud infrastructure leveraging recycled hardware, waste-heat recovery, and deep resource de-duplication (KSM/OverlayFS/CRIU) to challenge traditional cloud computing bloat.

A computational framework for optimization of waste hear recovery technology that uses packed-bed direct-contact condensers.

VORTEX: A modular inclined tunnel system for waste heat recovery, distributed power generation, and closed-loop thermal management. Designed for arcologies, industrial parks, and future space habitats. Open concepts for a more efficient, circular future.

cdhot (Hot New Energy Technology) is a Chinese industrial energy-efficiency company listed in the Qiming Venture Partners portfolio. Qiming describes the company as providing EPC (engineering, procurement and construction) and EMC (energy management contracting) services to industrial customers to achieve waste heat recovery — capturing surplus…

AI-driven multi-agent concept for data center energy optimization, grid flexibility, and waste-heat recovery.