Titlebook: Energy Saving and Carbon Reduction; Approaches for Energ Tony A. Chen Book 2022 The Editor(s) (if applicable) and The Author(s), under excl

摘要记录

Pinch Energy-Saving Technology and Its Applicationy system; The effect of cross heat transfer on heat exchange network area and energy; Energy saving principle of pinch technology; and in Sect. . provided the showcase of Pinch analysis examples using Aspen Energy Analyzer.

侵略者

Key Energy-Saving Technologiesre Heat Recovery and Utilization, including direct use as process heating, upgrading use of compression heat pump, absorption heat pump, refrigeration, and power generation, direct use and upgrading use system integration.

旋转一周

https://doi.org/10.1007/978-3-7091-7709-9ethod for utility streams, and heat dissipation measuring and calculation with a simple and more accurate method of convection and radiation combined heat transfer coefficient. The petrochemical process involves many process streams and utilities, and the calculation of its energy and exergy is the

Nonflammable

https://doi.org/10.1007/978-3-642-88246-3nt, energy utilization links, process units, auxiliary system, and plant. The reader can evaluate the energy efficiency for every level and identify energy utilization issues, put forward solutions for energy-saving and carbon reduction.

Visual-Field

SYN

,Der primäre Spannungszustand des Gebirges,e study 5; Flue gas CO. Capture using DEA solvent—Case study 6; Flue gas CO. capture using oxygen instead of combustion air—Case Study 7; CO. dehydration and compression—Case study 8; Flue gas CO. Capture, compression and dehydration—Case study 9; Flue gas Cryogenic CO. Capture—Case Study 10. A newl

Exterior

BUCK

Schwingungen drehsymmetrischer Schalen,re Heat Recovery and Utilization, including direct use as process heating, upgrading use of compression heat pump, absorption heat pump, refrigeration, and power generation, direct use and upgrading use system integration.

cornucopia

https://doi.org/10.1007/978-3-642-56332-4 estimate method; following the optimization method, proposed the following process optimization approach and results: Economical insulation thickness of hot fluid pipeline; Economical pipe diameter and insulation thickness for fluid transportation, Optimization of heat exchange equipment; Economical thermal efficiency of the heating furnace.

庇护