Healthier skateparks: inspired by smart schools

Sustainable Building Week, Portland Oregon

Hosted by Portland Green Schools

Where: DOWA-IBI Architecture Firm – October 2018

Portland has joined 18 other major cities around the world to pledge that all new buildings in their cities will be “net-zero carbon” by 2030.

Net-zero buildings use energy ultra-efficiently and meet any remaining energy needs from renewable sources.

As a part of Sustainable Building Week, I spent the morning listening to chemists, solar specialists, environmentalists and eco-innovators all focused on helping their communities and industries successfully reach the net-zero standards while continuing to provide functional spaces to enhance cognition, retain attention and provide healthier environments for our kids.

As a designer for sustainable indoor action sports facilities it is my responsibility to identify the largest areas of waste and inefficiencies currently standard in the market and replace those with healthier solutions that are safer for the millions of users that call these facilities home. These facilities include wood/steel/concrete skateparks, parkour training facilities, ninja warrior gyms, trampoline parks as well as gymnastics facilities. With 33 years experience in designing, building and maintaining action sports facilities, I have realized an industry-wide lack of research into new and less harmful materials that we have been filling these facilities with since the 70’s.

Some common toxin creating goods include formaldehyde from PT and laminated plywoods, high amounts of CO2 emissions from the manufacture of concrete, petroleum based products such as polyurethane and cross-linked polyethylene foams, PVC surfacing as well as various adhesives and finishes, to name a few.

Elliot Gall Phd., an accomplished Chemist from Portland State University, said that the most effective way to improve air quality is to remove the source of the toxins. This is easier said than done as the industry currently uses old materials and processes for manufacturing equipment for these facilities. Often dusty, no or very few windows, no ventilation. Most of the facilities that owners are moving into are not designed or built of high levels of human activity (which produces body heat and moisture from sweat).  I.e. taking over abandoned big-box locations such as best buy or sports authorities need to understand that those buildings were built to handle shoppers, not 100’s of sweaty kids.

Due to the amount of time and funding it is going to take for research and testing new materials, I wanted to find out what is currently on the market to help adapt existing facilities. A possible immediate solution an indoor facility can look into is a HRV (heat recovery ventilation) system that pulls in fresh air and pushes out contaminated air without affecting the ambient air temperature. These systems should be incorporated into all existing facilities as well as included in the design of all future spaces.  

It is DugOut Design Studio’s mission to create and discover new materials, highly efficient construction process’, reduced global impact, and improve the health and well being of our next generation. We are fighting childhood obesity and encouraging active play, so lets turn our focus on creating the cleanest and safest spaces for our youth while doing our part to help preserve natural resources and the environment along the way.

Interior Air Quality

By adding a heat recovery ventilation system to your current facility, you can remove toxins from the air and replace it with fresh air without losing the ambient air temperature.

Research new Materials

From plywood to polyurethane foam, we are continually creating potentially toxic environments for our kids to exercise and play in. Nature has already created eco-friendly solutions to our most complex problems. Let her be our guide.

Research + Development

If you would like to work with us to create solutions that will impact our planet and our future, contact us today to get rolling. We can take your from problem to prototype through production.

Advocacy

The Goal is to spread the word and to inspire change in others. By working with and learning from nature, we can continually aspire to be more eco-efficient and work towards a more sustainable future - together.

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