Page 7 - Stack Modular
P. 7

Jon Higgins - Vice President, Construction                    Geoff Baker - Vice President, Project Management


        and Americans.” Located in the economic super-hub       development emit dramatically lower amounts of
        of Shanghai, China, the production facility employs     CO2 when modular systems are used because

        a talented workforce of up to 500 staff and trades      buildings product less waste.

        on on-site has developed a vetted network of over
        5,000 vendors and suppliers that meet the highest       THE STACK ADVANTAGE

        designations of North American construction.

                                                                Steel framing has risen as the front-runner as the
        REDUCING CARBON EMISSIONS                               best and most feasible alternative building materials


                                                                for modular housing, and there are many reasons,
        Stack’s clients look to modular building to help        chief among them is structural strength, aggressive

        reach their goal of net-zero carbon projects. Off-      timelines, increased quality of construction,

        site construction methods offer the opportunity to      reduced overall costs and time to fabricate, and
        compress costs of net zero energy housing using         demonstrated sensitivity to reducing environmental

        the advantages of mass production.                      impacts in contrast to traditional site-built

                                                                construction.
        Modular construction has the potential to

        radically reduce the carbon footprint of the            Stack’s High-grade structural steel and North

        construction sector. The design, construction           American-certified products means clients receive a
        and decommissioning phases of a modular                 unit that is more durable than the competition. “Our


 6                                                                                                                     7
   2   3   4   5   6   7   8   9   10   11   12