BC Energy Step Code

BC Energy Step Code

FVB Energy recently evaluated the impacts of the BC Energy Step Code on the OVDEU, including impacts to overall system demand, distribution piping costs, and Business-as-Usual costs for several Step Code implementation scenarios.

The Oval Village District Energy Utility (OVDEU) is an innovative district energy system which currently uses two Central Heating Plants (11 MW capacity) to provide heating and domestic hot water. As the City of Richmond begins to implement the BC Energy Step Code, system changes are going to need to be made to account for the reduced energy demand. FVB Energy was successful in providing the following:

  • Updating Demand Forecast for OVDEU Extension and Expansion
  • High Level DPS and EC costs
  • Updated BAU Analysis
  • Review and Comment on the Capital and O&M Costs based on 4 Sensitivity Scenarios

Government of Canada invests in cleaner energy system for the National Capital Region

The Federal Government has announced the next phase in making the National Capital Region a leader in green energy: a $1.1 billion private-public partnership to modernize – design, construct, maintain & operate – the heating and cooling system, with a goal to reduce emissions by 40% by 2030.

We would like to congratulate Innovate Energy (ENGIE Services Canada, PCL Constructors Canada, PCL Investments Canada, Black & McDonald, Black & McDonald Capital) who has been awarded this contract. All of us at FVB Energy look forward to working with the Project team and Innovate Energy on this exciting next chapter!

https://www.canada.ca/en/public-services-procurement/news/2019/06/government-of-canada-invests-in-cleaner-energy-system-for-the-national-capital-region0.html

Great Canadian Shoreline Cleanup

Nothing says style like a good raincoat! FVB’s Vancouver team shook off the rain last week to cleanup the shoreline by the office.

To find out more about the Great Canadian Shoreline Cleanup and how you can help FVB, OceanWise & WWF, visit https://www.shorelinecleanup.ca/

 

The University of Toronto Mississauga Chilled Water CUP Upgrade

FVB Energy has successfully completed a 3,000 ton chilled water plant upgrade at the University of Toronto Mississauga campus. The project upgraded and replaced both the CUP chilled water plant primary (grouped chilled water pumps) and secondary pumping systems (distribution pumps), as well as upsizing the headers to accommodate up to 4,000 tons.

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Dalhousie University – Agricultural Campus

FVB was retained by Dalhousie University to advise on the most economical and sustainable option for executing on their community feed in tariff (COMFIT) contract while simultaneously designing the renewal of their existing biomass steam Energy Centre which had reached end of life.

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FVB Energy Inc takes action to strengthen its position in the North American market

FVB Energy Inc (Canada) and FVB Energy Inc (US) are pleased to announce the combining of the operations of both firms to provide strengthened resources for Canada and the United States district energy market. Leif Breitholtz, Chairman of the Board, says “This move will provide more resources for both countries and will enable FVB to serve its district energy clients even better than before.”

Towards this end, FVB has appointed Richard Damecour, President and CEO; Robert Doyle, COO and Karl Marietta, Vice President for the combined management team. Mark Spurr has been named Principal of the combined FVB firms.

Richard Damecour says “The two firms have always worked together but this move will greatly increase the harmony between the two staffs. We look forward to the sharing of experience from the US and Canada to the benefit of all our clients”.

In addition to these changes, Karl Marietta will be relocating from the FVB Vancouver office to the Minneapolis office to take a similar role while David Trigg will be taking over Karl’s duties in Vancouver. This move brings Karl back to his roots – “I will be returning to the office where I started with FVB so for me it is kind of a coming home”.

FVB Down Under! – District Energy in Barangaroo

When the engineers at a large Australian development and engineering firm, needed an expert opinion for the design of a large District Energy Plant serving Sydney’s central business district’s new  development – Barangaroo South, they turned to FVB Energy as an international district energy expert to conduct a peer review of the design. The objective of the review was to advise on whether the design could exceed international district energy industry best practices, particularly for efficiency, reliability and ease of operation and maintenance, and suggestions that would further improve expected performance.
The Barangaroo development is a new commercial district comprising of:
* 275,000 m2 of new high and low rise commercial office space,
* 25,000 m2 of mixed use retail, fast food and restaurants,
* 30,000 m2 of hotels and apartments,
* 140,000 m2of high and low rise apartments,
* 60,000 m2 of basement car park, docks and plant areas.

FVB is proud to have been part of this community development project that puts sustainability first.  Barangaroo’s District Energy System will primarily be cooled by sea water from the Sydney Harbour, reducing their electrical demand and reducing the greenhouse gas emissions.

District Energy can Reduce Infrastructure Costs and Environmental Burdens

District Energy Systems (DES) are increasing in popularity but their economic viability is usually analyzed narrowly in terms of capital costs and energy savings to the customer and revenues to the utility provider. Traditional feasibility analyses of District Energy Systems do not recognize the economic benefits to municipalities and regional governments. By having a DES, electricity demand during peak times can be reduced. A reduced demand means fewer electrical peaking stations will need to be built thereby saving regional governments substantial sums in infrastructure costs. Another noteworthy benefit is the cost of storm water retention. DES is an enabler of storm water retention technologies. By using DES rather than a traditional rooftop mechanical room, space is made for water retention technologies that could not otherwise be built. By reducing the amount of water flowing from a building site, municipalities reduce the risk of sewer overflows and can reduce the infrastructure required for storm water containment. Lastly, a DES produces thermal energy on a large scale and is technology neutral. The nature of DES allows for fuel diversity and flexibility. Should the cost of any one type of fuel increase dramatically in price, DESs have the ability to switch sources with minimal investment. DESs will allow municipalities to ensure their communities will be able to maintain reasonable fuel costs and a high standard of living. None of these economic benefits are included in current feasibility analyses yet they can be substantial. If these factors were included, the economic case for DES would be made quite easily and communities could then benefit from the reduced carbon footprint for their heating and cooling. This makes a compelling case for municipalities to support DES in their communities or legislate building connections to District Energy System.

Read the entire paper:

How District Energy Systems can be used to Reduce Infrastructure Costs