“Sustainability is development that meets the needs of the present generation without compromising the ability of future generations to meet their own needs.”

– The Brundland Commission - Set up by the United Nations

The ReproMAX Sustainability Statement

The ReproMAX community is dedicated to protecting and enhancing the environment through our education, technology, vendor relationships, and administrative operations. We seek to encourage and support a community that is ecologically aware, environmentally friendly, and collaborative in thinking. We seek to incorporate environmentally responsible practices as fundamental and integrated components of ReproMAX operations and programs.

Our Fundamental Principals

• To provide cutting edge technology to the AEC industry that will assist in reducing time, energy, and waste.
• To promote interoperable workflow practices which reduce environmental impact.
• To seek alternative practices and procedures which minimize negative impacts on the environment.
• To foster relationships with vendors who incorporate sustainability in their products and practices.
• To educate our community to actively partake in green initiatives.

Going Beyond "Just Being Green"

At Kal-Blue we are committed to reducing our impact on the environment. We do this by offering alternative solutions to traditional processes that foster digital information exchange in a clean and sustainable manner. In partnership with McGraw Hill and ReproMAX, we offer solutions that provide an interoperable approach that drastically reduces time, effort, and waste across the entire project lifecycle.

Going Green with Recycled Paper

At Kal-Blue we use 30% post consumer waste bond paper in our reprographics department. Further, we insist that all in-house paper waste be recycled. In addition, we assure that all returned plans and specs from our customers are recycled.

Going Green with Equipment

Kal-Blue only offers equipment that not only uses less energy during the copy and scan process but also uses drastically less energy while not in use.