TITUS 3 pager (2)

Infrastructure Services Limited

Integrated Water Solution Ter$ary Wastewater Plants Reuse Non-‐potable Water

Save Money and the Environment Modular Scalable Design Build to Fit Demand

District Energy Sharing System Capture Wasted Thermal Energy

Share the Thermal Energy Use Non-‐potable Water to Share Save Money and the Environment

Modular Scalable Design

Produce Power and Energy Combined Heat and Power

Capture and Sell Thermal Energy Sell Electric Power

Create Immediate Revenue Modular Scalable Design

TITUS Will Finance Infrastructure Costs to U$lity Reduce Developer Capital Cost U$lity Partnership Opportunity Future Cash Flow is Sellable

Backed by Large Investment Banker

A Canadian firm specializing in energy and water efficiencies and utilities. Making Renewable Utilities Profitable.

TITUS works with Architects, Developers, Municipali$es, and Engineering firms at almost any point in the planning, designing or construc$on of a development or complex. TITUS helps developers increase the sustainability profile of projects while reducing overall capital cost. By partnering with TITUS, the Developer Wins, the Environment Wins, the City Wins and the End User Wins

215-‐727 Goldstream Ave. Victoria, Canada I 124 Cromwell Rd. Kensington, London I www.$tusinfrastructure.com I info@$tusinfrastructure.com

Infrastructure Services Limited Proven Technology: Design, Build and Operate Profitable Utilities

Ener-‐G Cogenera$on System produce electric and thermal energy to be used on site or sold to the grid.

SHaRC sewer thermal energy capture. This system can provide up to 80% of the domes$c hot water for a development.

Solar Cogen can be installed in a variety of sizes and applica$ons. Used to provide electricity or thermal energy.

Modular Wastewater Treatment and Energy recovery system to reduce overall water demand by over 40%

The TITUS DESS ensures buildings are built to the highest energy efficiency. Hea$ng and cooling can be shared both within the development and the community.

TITUS u$lizes modern building principals, proven technology,

robust financial model and u$lity financing to establish

environmentally friendly, socially responsible and profitable u$li$es. Our district energy system can reduce water demand by 40%,

energy demands by 50%, and GHG emissions by 70% all while

reducing the developer capital requirement by up to 30%.


Infrastructure Services Limited Completed Project Meeting or Exceeding Expectations

Located in downtown Fort McMurray, this mixed use facility houses three hockey rinks, 12-‐sheet curling rink, Olympic size pool, leisure pool, hot tub and golf course. Ini$al upgrade plans required significant

upgrades to the municipal sewer and water system for the increased capacity. The proposed budget was $24 Million. TITUS was able install a modular

wastewater treatment plant and heat recovery system for $14M. The TITUS Plaborm will displace 2570 MWh of

thermal energy and 20 million gallons per year reduc$on in water supply

requirements. Reclaimed water will be used for golf course irriga$on and toilet

flush water in the new hotel.

Designed to house 2000 high performance athletes and form phase 1 of a 1,200 unit residen$al community. Now contains 400 affordable housing units and approx. 1,800 residence. 95% of the hea$ng and cooling for the Village is provided by the clean effluent from the local wastewater

treatment plant (10,000MWh), resul$ng in a 47% reduc$on in energy use, a 70%

reduc$on in GHG emissions. The capital cost was es$mated at US $4-‐5m. A

comparable district hea$ng system was es$mated at between $25m and $33m

($20-‐$25m for insulated steel pipe and $5-‐$8m for the energy centre).

MacDonald Island Recrea$on Centre, Fort McMurray AB, Canada

Whistler Athletes Village Whistler, BC, Canada

Westhills Residen$al Mixed-‐Used Development, Victoria, BC, Canada

Westhills is a master planned community of 6,000 homes and 5 million sqj of

commercial. With a 25 year horizon, the TITUS DESS had to be modular to allow for

the fluctua$ons in absorp$on rate. Thermal energy is recovered from across the community (including an ice rink and a future wastewater treatment plant) and combined with a 212-‐hole, geo-‐exchange field to balance the hea$ng and cooling needs of the system. The DESS is also designed to distribute reclaimed water,

reducing water supply by 50%. Currently, 350 homes are connected to the system realizing a 54% reduc$on in energy requirement. The system is con$nuing to expand, with 150 homes in construc$on.


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TITUS 3 pager (2)