Publication detail

Heat Recovery Systems From Sewage

ARSENYEVA, O. BILETSKYI, I. PLANKOVSKYY, S. KAPUSTENKO, P. TSEGELNYK, Y. TELIURA, N.

English title

Heat Recovery Systems From Sewage

Type

Chapter in a book

Language

en

Original abstract

Renewable energy, crucial amid global warming, emphasizes waste heat utilization in cities. Industrial waste heat and domestic wastewater offer significant potential. In the UK, up to 6.1% of heat needs could be met by wastewater recovery. Domestic systems can save up to 50% of hot water energy. Recent research focuses on improving heat exchanger efficiency for household applications. However, larger-scale systems lack attention. Solutions for extracting heat from sewer collectors are limited. New technologies aim to restore collectors and recover heat efficiently. Plastic pipes offer promising rehabilitation methods, ensuring prolonged collector life. The proposed chapter will detail efficient heat exchangers and innovative sewer heat recovery methods, addressing existing limitations and future research prospects.

Keywords in English

renewable energy; heat transfer; sewage; efficiency; waste water

Released

2025-06-11

Publisher

IGI Global

ISBN

9798369324486

Book

Advances in Civil and Industrial Engineering, Sustainable Development and the Evolution of Civil Engineering

Pages from–to

69–106

Pages count

38

BIBTEX


@inbook{BUT200997,
  author="{} and  {} and  {} and Petro {Kapustenko} and  {} and  {}",
  title="Heat Recovery Systems From Sewage",
  booktitle="Advances in Civil and Industrial Engineering, Sustainable Development and the Evolution of Civil Engineering",
  year="2025",
  publisher="IGI Global",
  pages="69--106",
  doi="10.4018/979-8-3693-2448-6.ch003",
  isbn="9798369324486",
  url="https://www.igi-global.com/chapter/heat-recovery-systems-from-sewage/382601"
}