Skip to Content
Project overview
  • Lead Organisation

    Australian Alliance for Energy Productivity Limited

    Location

    New South Wales

    ARENA Program

    Advancing Renewables Program

  • Start Date

    January 2020

    Status

    Current

  • Project Partners
    Climate-KIC Australia Limited, Sustainability Victoria, Department of Planning, Industry and Environment (NSW)

Summary

The Renewable Energy for Process Heat Opportunity Study Phase 2 aims to accelerate the adoption of renewable energy in industrial and commercial process heating. This project builds upon previous work funded by ARENA under the Renewable Energy for Process Heat Opportunity Study.

Need

The Renewable Energy for Process Heat Opportunity Study acknowledges that process heating currently accounts for the largest share of fossil fuel use in Australian manufacturing, with renewable energy technologies historically being unable to compete financially.

The project involves identifying potential demonstration sites that can integrate renewable energy technologies into existing industrial and commercial heating processes.

Studies will focus on agriculture, dairy, food and beverage manufacturing, textiles/leather, paper manufacturing, and commercial laundries, and will be delivered in two stages:

  1. In stage one, a market scan will be conducted to identify no fewer than 15 prospective sites. Ten sites will be selected for pre-feasibility studies of technical and commercial potential.
  2. Stage two involves five selected sites progressing to a full feasibility study and development of individual business cases that could support implementation.

Action

A2EP will work with businesses to develop studies to provide improvements to process heating supplied by boilers, steam/hot water systems and direct process heating (with a focus on heating applications up to 150°C).

The studies will identify and consider opportunities such as:

  • heat pumps and other electricity technologies (where supplied by increased use of renewable energy) such as microwave, induction, mechanical vapour recompression
  • renewable options including solar thermal, and biomass/biogas
  • non-thermal approaches which may reduce or replace thermal load such as mechanical dewatering (e.g. membrane technology or centrifuges, high pressure processing).

Associated storage (electrical, thermal, material) and demand management/controls as required.

Outcome

This project aims to increase the uptake of renewable energy through:

  • direct application of renewable energy for process heating
  • application of high temperature heat pumps, which use renewable electricity and/or very efficiently transfer heat from the surrounding environment to the industrial process
  • application of other energy productivity technologies, together with increased use of renewable electricity.

Additional impact

This project is expected to yield additional benefits such as:

  • improving industry engagement in addressing the challenges renewable energy uptake for industrial and commercial process heat applications
  • improving the capability of technical service providers to undertake ‘holistic’ process assessments through techniques such as pinch analysis
  • improving industry understanding of energy productivity and the benefits deriving from analysis and improvement.

Read more about renewables for industry.

Last updated
25 May 2020
Last updated 25 May 2020
Print Friendly, PDF & Email
Back to top