FutureAir

In December 2015, the Rocky Mountain Institute (RMI) made news when they unveiled their new Innovation Center in Basalt, Colorado. As a sustainability and energy efficiency non-profit, RMI sought to inspire and drive the industry by constructing a deep green building that achieves net zero energy and has no central heating and cooling system.

The RMI Innovation Center redefines thermal comfort through passive and integrative design. They outline 5 steps they used to achieve thermal comfort through design and science:

  1. Target all six variables in the thermal comfort formula known as the predicted mean vote (PMV): temperature, humidity, activity, clothing, air velocity, mean radiant temperature (the average of all surface temperatures in the room).
  2. Focus first on reducing loads with passive design such as higher insulated windows
  3. Target personal comfort solutions since each individual will be affected by many variables
  4. Build an integrated project team with clear, consistent documentation
  5. Openly discuss and manage risks and contingency plans

“The Innovation Center is not about technology, but about design. This building achieves beyond net-zero energy because we have gotten better at choosing and combining technologies to maximize building performance.” –Amory Lovins (Chairman/Chief Scientist, RMI)

To read the RMI blog in more detail, see: http://blog.rmi.org/blog_2016_05_10_top_5_steps_to_redefining_thermal_comfort

Resources:

http://www.rmi.org/innovationcenter

http://www.aspentimes.com/news/20040641-113/rmis-future-is-now-with-innovation-center-in

Earlier this month, FutureAir partnered with Atelier Ten, an international environmental design consultant and engineering firm, to install one of our pilot air quality sensing platforms into their New York office. Atelier Ten is highly committed to sustainable design in the built environment and as a result see the value in increasing indoor thermal comfort and air quality, making them an ideal pilot location.

FutureAir’s lab setup at Atelier Ten involves measuring temperature, humidity, particulate matter, and VOCs (Volatile Organic Compounds). By analyzing the data behind trends we see in the environment, we can develop meaningful and actionable insight. In addition to placing our sensing platform at Atelier Ten to collect data, we are also connected to the ceiling fans and will eventually connect to their Nest device. This will provide the control system needed to regulate the environment based on readings from the sensor, creating a full feedback loop for optimal thermal comfort and indoor air quality.

From May 12-13, our co-founder and chief engineer Michael Wang will be joining the world’s leading innovators at the RE•WORK Connected Home Summit in Boston. The event will discuss creating the next generation of the smart connected home, by applying IoT and machine learning to create smarter, more efficient buildings.

The connected home growth rate is estimated to reach $490 billion in 2019. The Connected Home Summit will showcase the opportunities of emerging trends in the sector. Industry leading speakers, including CTOs, CEOs, founders, designers and engineers are experts in low-cost sensors, connected devices, automated systems, virtual assistants, security systems, energy meters, household appliances and wireless connectivity.

During his talk at 9:35 am on Friday, May 13 Michael Wang will cover improving indoor health and comfort, the intersection of design and technology, and FutureAir’s mission and hardware sensing platform.

If you are in the Boston area, this is a don’t miss event.

More details can be found here: https://re-work.co/events/connected-home-boston-2016

As large corporations explore the environmental sensor technology space, growing interest in the ability to measure ambient surroundings is becoming increasingly evident.

Late last year, Apple was granted a patent for its environmental sensor package which could eventually allow Apple users to detect temperature, humidity, sound, and pressure in their everyday environment. The sensor could be integrated with existing microphone, speaker ports, or buttons to capture information directly from air flow. Many android devices already have environmental sensors that measure ambient air temperature and humidity.

Mitsubishi also recently announced that they have developed a high precision air quality sensor. The sensor is groundbreaking because it can detect and distinguish between all fine particles [or particulate matter (PM) 2.5, with a diameter equal to or less than 2.5um]including dust and pollen. To put this into perspective, particles smaller than PM2.5 can pose serious health risks ranging from irritation to respiratory and cardiovascular problems because their small size can travel into the lungs and even the bloodstream.

Clearly, the desire to learn more about invisible environmental threats is rising. And with the Internet of Things, the possibilities for environmental monitoring will also increase and make strides towards improving health and environmental sustainability.

Resources:
http://techcrunch.com/2014/04/24/apple-working-on-new-environmental-sensors-for-mobile-devices/
http://appleinsider.com/articles/15/10/20/apple-patents-magnetic-multi-use-ipad-stand-embedded-environmental-sensor-tech
http://developer.android.com/guide/topics/sensors/sensors_environment.html
http://www.businesswire.com/news/home/20160207005063/en/Mitsubishi-Electric-Develops-High-precision-Air-quality-Sensor-PM2.5
https://www3.epa.gov/pm/

Photo: Prototype of Mitsubishi air quality sensor

3,000 gallons.

According to the Environmental Protection Agency (EPA), that’s how much air we each breathe in a day. You would think that taking in that much of anything into your body would be worth pausing to consider. And yet, even though breathing is one of the most vital and fundamental functions of life, we rarely give much thought to the air that envelops us.

When people do stop to think about air pollution, what comes to mind is outdoor pollution, acid rain, or images of the Beijing skyline hidden beneath smog. However, air pollution also manifests indoors through wood, oil, household cleaners, and building materials, and can be anywhere from 2 to up to 100 times the outdoor level. And since we spend 90% of our time indoors, could this potentially have a major effect on our health and productivity?

This is what Aclima, an environmental health startup, aims to measure and discover. In 2015, Aclima announced a partnership with Google to monitor not only outdoor but also indoor environmental air quality using a network of sensors. 500 sensors are connected across 21 global Google offices in order to measure 500 million data points a day including temperature, humidity, noise, light and air pollutants. The data collected can update and monitor real­time air quality information through backend software. The ability to measure these factors can lead to decision useful information in designing workspace and promoting the comfort, welfare and productivity of employees.

Resources:

Environmental Sensor Startup Aclima Is Studying The Air Googlers Breathe


https://aclima.io/blog/posts/aclima-google-map-air-quality/
http://www3.epa.gov/air/basic.html

Photo credit: TechCrunch

What We’re Reading

For your reading pleasure, a round up of some informative and thought-provoking articles — about the Internet of Things, the air Googlers breath, and green chemistry — that we are reading here at FutureAir.

Business Insider: Here’s how the Internet of Things will explode by 2020

The Internet of Things (IoT) has been labeled as “the next Industrial Revolution” because of the way it will change the way people live, work, entertain, and travel, as well as how governments and businesses interact with the world. In fact, the revolution is already starting.

TechCrunch: Environmental Sensor Startup Aclima Is Studying The Air Googlers Breathe

Environmental sensor startup Aclima has been studying the indoor air quality on Google’s Mountain View campus and several other Google buildings throughout the world for the last several years.

GreenBiz: The real key to remaking manufacturing: chemistry

Green energy pioneer, and president and CTO of Massachusetts-based “green chemistry-based innovation factory” the Warner Babcock Institute, John Warner talks matching brands with sound science, seeking safer alternatives to well-known chemical ingredients and how Six Sigma dogma has convoluted global supply chains.

Enjoy!

We are pleased to share that our very own Michael Wang, co-founder of FutureAir, was recently named one of the 2016 Forbes 30 Under 30 in manufacturing and industry.

From an initial screening list of more than 15,000 of the best of the best, the Forbes 30 Under 30 is a list of 600 women and men who represent America’s most important young entrepreneurs, creative leaders and brightest stars.

Michael was honored for both his work with FutureAir, and his role as an adjunct assistant professor of electrical engineering at Columbia University, where he helped develop the engineering school’s internet-of-things curriculum.

We sat down with Michael to ask him a few questions, which we thought we’d share with you:

What does being named one of Forbes 30 Under 30 mean to you? I have wanted to pursue technology entrepreneurship since high school. After completing my PhD in September 2014, I tried many things, some with great success, and others that did not take off. From creating a 3200-member IoT meetup group and developing and teaching an IoT curriculum at Columbia to starting up FutureAir, I have had a very challenging and fulfilling 15 months. Being named to the Forbes list is a real honor and validates all of my hard work.

It is imperative that I mention that I only made this list because Columbia nominated me. There are many many folks far more talented who simply were not nominated by their respective firm or institution or were not exposed to this opportunity.

Who is your idol? Or who most inspires you? I am a third generation electrical engineering PhD. As a result, both my father and grandfather have been my biggest influences.

My passion for technology was cultivated early on as a child by my role models. My father, who has worked at Bell Labs for 16 years and holds 26 patents, has taught me that a good engineer is not simply good at building things, but also has the vision to know what to build. My main motivation for pursuing a Ph.D. was to help me construct that vision. My grandfather, who was the president of the Beijing Institute of Technology and who continues to teach undergraduate engineering courses at 84 years old, has taught me the virtue of hard work and building useful products.

Having witnessed the growth and burst of the telecom bubble through my father, I observed his frustration as top-level management cancelled projects and shifted direction with little feedback from the engineering team. I came to realize that to make a real impact in the technology sector, I needed more than just solid engineering skills – I needed to systematically analyze a technology’s value to its various customer segments, and understand how to strategically position the product in the marketplace to give the highest return. By the early 2000s, as the telecom bubble was bursting, I knew that I wanted to become a tech entrepreneur and have the opportunity to the change the world.

Knowing what you know now, what advice would you give your 21-year-old self? Its good to be hungry and driven, but don’t stress out too much!

Congrats Michael, we’re honored to have you as a part of our team and look forward to what 2016 will bring.