Combined Heat and Power Focus

DECC's Free resource supporting the development of CHP

CHP Helpline 0845 365 5153 or 01235 753033

Project Development

Although the principle of CHP is relatively straightforward, the development process for any given CHP installation consists of a number of separate steps. These steps are covered by three key groups initial consideration, project feasibility and implementation

. Each step is an essential component of the whole development procedure and must be competently and thoroughly undertaken if the project is to be successfully designed and installed, and then operated effectively throughout its lifespan.

The development process requires a significant commitment in terms of time and special and multidiscipline expertise, thereby incurring both cost and effort. Proper management of the process is important if the proposed CHP plant is to maximise the potential benefits to the company. The instigator and manager of the development procedure will need to ensure that the necessary managerial skills are made available and applied effectively.

For a site to support a successful CHP installation, it will typically need to meet certain initial criteria: 

  • There should normally be heat and power requirements for at least 4,500 hours/year, although CHP can sometimes be cost-effective with fewer operating hours. In general, the greater the annual period of demand, the higher the potential cost savings.
  • Future requirements for heat and power should be anticipated, preferably over the lifetime of the CHP plant.
  • The company must be able to make the long-term commitment that is associated with a CHP installation.

These criteria apply to both existing and new-build sites.

Any new industrial or commercial development can gain substantially by incorporating CHP as an integral part of the energy supply arrangements rather than installing it as a retrofit option at a later date:

  • The design and development team will be able to plan the production and utility systems as a single operation.
  • The disruption incurred during retrofit installations is avoided.
  • There is less likelihood of redundant plant than with a retrofit option.
  • Site energy supply costs are minimised from Day 1.
  • There is enhanced security of energy supply from Day 1

Related Topic

Custom CHP project development flowsheet

Other Topics

Next: Custom CHP Technology

 





 

 

What's New

UK CHP Development Map

UK CHP Development Map

UK CHP Development Map

UK CHP Development Map Screenshot

The UK CHP Development Tool is the latest version of the map, originally developed as a tool aimed at assisting power station developers consider the opportunities for supplying heat and development of combined heat and power (CHP) as required under planning policy. However, it can also be used by both small and large organisations to help identify the locations where the supply of CHP heat would have the greatest potential, and therefore the largest positive environmental impact.

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