General Information for Businesses
Water Efficiency Makes Good Business Sense
The Capital Regional District's industrial, commercial and institutional (ICI) sectors use about 10 billion litres of water per year, which is nearly 25% of all municipal water use in Greater Victoria.
CRD's ICI water efficiency programs can help you to reduce your water use and save you money, while helping the environment and reducing the demand on our drinking water resources.
Using water efficiently means lower water bills for you and defers the need to expand water infrastructure, protects water quality, and reduces environmental impacts for the whole region. Additionally, efficient hot water use reduces energy bills which lowers a building’s greenhouse gas emissions.
CRD ICI Water Efficiency offers resources to businesses in the following areas:
The CRD offers free water use and efficiency audits to businesses in Greater Victoria and provides assistance with measurement and cost-benefit analysis of various measures to conserve water.
Once-through cooling systems, also known as single-pass cooling systems, are expensive and waste large amounts of fresh drinking water. These systems remove heat by transferring it to a supply of clean, cold municipal drinking water that runs through the unit, and then by discharging the used water directly to the sewer.
Water efficiency education for Greater Victoria businesses includes specialized workshops, displays at trade shows, talks at industry events.
CRD conducts research to support the water efficiency programs. These resources enable Greater Victoria residents to access the best advice from local and international experts in water efficiency and conservation.
CRD ICI Water Efficiency exists to help the industrial, commercial and institutional sectors to reduce water use in a cost-effective manner.
The benefits of efficient use of water include lower water and energy bills by reductions in metered water use and by deferring the need to expand water infrastructure, protection of water quality, and reductions in environmental impacts.