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Bioretention Projects - Part 2 of X

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In Part 1, I introduced the concept of Bioretention and gave some examples, including the Green Infrastructure (GI) project within walking distance of my (temporary) Washington DC home.  In Part 2, as promised, I have a brief interview with Volker Janssen, a project engineer from Limnotech which built the system that I (almost literally) stumbled upon.   Volker kindly agreed to answer a few questions about this Bioretention project, and I think you’ll find this interesting.

I start with that interview and then briefly discuss the importance of the data and the way it is conveyed.  As I researched this last piece, I got more and more intrigued with the connections between project management, data analytics, the Internet of Things, and decision making…which actually led me to the highly unusual step of needing – and now planning - a “Part 3” of this two-part series.

1. Volker, given that this is a project focused on an ecological result, as opposed to an economical one, how are you measuring scope?  How are you measuring success?

Volker:   As the technical consultant to the project, we are tasked with measuring and calculating the effect of the installed Green Infrastructure (GI) practices and their effect on stormwater runoff. Answers to these questions will help our client (the DC Department of Energy & Environment) to determine the extent and types of Green Infrastructure to invest in for the future as well as best practices for installation and needed maintenance schedule.

 

2. Is there a different ‘attitude’ amongst project team members since you all know that what  you are doing is for the ‘greater good’ and is, at least in some way, helping the planet?

 

Volker:   LimnoTech is an environmental consultant and a lot of our work revolves around projects like RiverSmart. Being able to help our communities to develop sustainable approaches and keeping our waters clean is certainly gratifying. Working on a neighborhood scale also reminds us that these projects can have a real local impact, and that the impact can vary considerably between different neighborhoods.

 

 

3. If you can compare this project to one that you may have worked on that is strictly geared at making a profit, how does this project compare in terms of risk identification, risk analysis, and risk response?  Can you give a couple of examples of the risks you identified and how you responded to them (e.g. a vehicle backs into one of your sensor units and disables it – and/or it damages the vehicle).

 

Volker:  As a technical consultant, we usually do not measure a project based on its profitability for our client. Risks we identified for this particular project include personnel safety (ensuring proper safety measures during field visits) as well as the safety of our installed monitoring hardware (e.g. financial risk related to the potential of having to replace components due to accidental damage, theft or vandalism).

 

 

4. I noticed that it’s possible to view the data from these sensors.  I went to http://monitormywatershed.org/sites/DoEE_LAF_BIO-19/ and found data but it only went up until December 2019.  Is there a way to view current (2020) data?

Volker: All GI practices underwent extensive maintenance late in 2019. We removed our stations prior. Additionally we had some technical problems which resulted in us installing different data loggers after the practice maintenance was completed. We are currently working our way through the data.  Another project location (in the MacFarland neighborhood) has more recent data online on a different data portal (https://limnotech.iot.ubidots.com/app/dashboards/public/dashboard/cvYE5LCCtmHPG3fEQXQj21MgbOk?datePicker=true). Part of this project was also testing different ways of monitoring and presenting data. This included different types of monitoring sensors, data loggers and online vs offline data collection.

 

The monitoring portion of this project (we could say it is part of the steady-state outcome of the project) is something that caught my attention because it really ties into the many IoT (Internet of Things) family of projects that we increasingly see all around us – and some of you may be very actively participating in managing.

There are several platforms on which GI initiatives can have their sensors connect to the cloud and report and log – and display data.  I was going to briefly summarize them but it seems like a topic unto itself so I will tackle that in an added Part 3 which will focus only on that.

As a teaser, and to further connect that upcoming Part 3 to Bioretention, below you will see some of the data available from the dashboard that Janssen provided me.

Posted by Richard Maltzman on: May 26, 2020 09:51 PM | Permalink | Comments (2)

Bioretention Projects - Part 1 of 2

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A day or two ago, I was walking with my wife and grandson here in Northwest Washington DC, where I’m spending my COVID-19 time for now, and I came across this electronic gizmo on a post, with an antenna.

It is in an area that has some vegetation – almost a sort of sidewalk garden (see below).  It has some sidewalk-style barriers and doesn’t look like much, but the little device with the antenna…what WAS that?

You can see where the device is mounted, on the post of the stop sign near the center of this photo.

As a project manager and a tinkerer this got my retention, er... attention.  Double-time.  I needed to find out what this was, and what sort of project this belonged to.  It HAD to be a project, right?  It was unique, it seemed temporary, and on top of it all, it seemed to be connected to some sort of sustainability initiative (it had a “RiverSmart” sticker on it).

RiverSmart is a portfolio of programs “to reduce stormwater runoff that harms the District’s waterways and the Chesapeake Bay. RiverSmart programs provide financial incentives to help District property owners install green infrastructure such as rain barrels, green roofs, rain gardens, permeable pavers, shade trees, and more. These practices allow rainwater to stay on site and soak into the ground, where natural processes help remove pollutants.” It is part of the District of Columbia’s Department of Energy and Environment (DoEE).

It turns out that what I saw was part of one of these programs - a bioretention project, which is why I had that "attention - retention" play on words above.

What’s bioretention?  Turns out it’s relatively new and quite interesting.  The following description comes from a Massachusetts DEP (Depertment of Environmental Protection) Clean Water Toolkit site.

Bioretention areas (also referred to as bioretention cells or rain gardens) use soil, plants and microbes to treat stormwater before it is infiltrated or discharged. Bioretention areas are shallow depressions filled with sandy soil, topped with a thick layer of mulch, and planted with dense vegetation.

Stormwater runoff flows into the bioretention area, percolates through the soil (which acts as a filter) and eventually drains into the groundwater; some of the water is also absorbed by the plants. Bioretention areas are usually designed to allow ponded water and with an overflow outlet to prevent flooding during larger storm events. Where soils have low permeability or where faster drainage is desired, designers may incorporate a perforated underdrain that routes to a storm drain system.

Bioretention areas can provide excellent pollutant removal and recharge for the “first flush” of stormwater runoff. Properly designed bioretention areas will remove suspended solids, metals, and nutrients. Distributed around a property, bioretention areas can enhance site aesthetics. In residential developments they are often marketed as property amenities. Routine maintenance is simple and can be handled by homeowners or conventional landscaping companies, with proper direction.

To learn more about this, I started doing some research and found these great summary videos, the first from Alberta, Canada, and the second from Clemson University:

 

In Part 2, I’ll provide you with a more in-depth view of the RiverSmart project and the companies, products, and project stakeholders behind this particular bioretention cell.  I actually had a chance to talk to the company partnering with DoEE to execute this project.  I’m looking forward to finishing that piece in the next few days.

Posted by Richard Maltzman on: May 20, 2020 10:51 PM | Permalink | Comments (3)

The People Part of P,P,P&P

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Normally the focus of this blog is on Sustainability.  Sustainability can be thought of in terms of its components: lasting economic benefit, lasting social benefit, and lasting ecological benefit - or at least minimizing negative impacts to the so-called Triple Bottom Line of economic, social, and ecological measures.

This short post focuses on the first P of P, P, P & P - People.  Not just any people, though - project managers in particular, and project managers who are in an otherworldly COVID-19 world right now.  Together.

Many of them are "projectless" - their projects are on hold. 

Some are busier than ever.

Either way, 56 of them got together under a 21-day challenge issued by Peter Taylor, the unlazy Lazy Project Manager, to write a book providing insight and hopefully inspiration during this otherworldly time.  And, speaking of 'world', the authors hail from 20 different countries.

It's already published and available on Amazon.

For a worldwide perspective of the human side of project management as viewed by a spectrum of different project managers, check it out.

Disclaimer: I get no benefit from the sale of this book - I just think it's worth reading!

Posted by Richard Maltzman on: May 15, 2020 10:04 AM | Permalink | Comments (0)

Urban Sustainability Excellence in Action

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Note: I am honored to present a guest blog post by MBA student Nicole Pamani.  Nicole's post was graciously sent to me by Kristina Kohl, Faculty at Bard MBA in Sustainability, author of "Becoming a Sustainable Organization" and a speaker at Boston University's upcoming Project Management in Practice (PMiP) conference.

Here's Nicole:

...and here is her guest post...

 

Sustainable Jersey City Hosts Certificate Program In Urban Sustainability

Sustainable Jersey City (SJC), a nonprofit organization, was started in 2011 by Debra Italiano and a small group of project managers local to Jersey City. Originally launched as a modest education organization, SJC has grown over time into a robust virtual community green team hub for volunteers and businesses to come together and build a more sustainable and resilient place to live and work for the City of Jersey City.

“People understood that although sustainability could be very abstract, it could also be a very personal experience used to design your life and workplace,” said Italiano. “However, when we started, folks didn’t understand the systems perspective - that all these various systems – buildings, transportation, waste, green infrastructure, social networks, governance, economics - are all inter-connected and decisions have cascading consequences.  One of our primary goals is to teach systems thinking and how it relates to sustainability and resiliency planning, and ultimately to the quality of our lives.”

The organization focuses on engaging individuals, neighborhood associations, and other organizations in direct outreach programs as well as facilitating volunteer-based community projects on topics such as plastic & materials recycling, composting, community solar, energy efficiency, green infrastructure, and urban forestry. Once a project team has been formed, SJC guides the team to document the steps taken so that the project can be replicated across Jersey City. In doing so, SJC effectively converts volunteers into local sustainability champions and proactive environmental stewards.


Image Source: Sustainable Jersey City

Most recently, the organization kicked off its seventh annual flagship program, SJC's Certificate Program In Urban Sustainability. The objectives of the program are to give local activists an opportunity to take a deep dive into the program’s climate action topics – Emissions, Green Infrastructure, and Waste Streams. The program extends for 10 consecutive Monday evenings each spring and is taught by a team of volunteer industry, academic, and NGO experts. Participants gain insights into key drivers that have been impacting their communities and workplaces. Additionally, participants are trained in strategic project management skills and the use of simple tools that can be applied to the programs and projects that they are planning in real time. The goal of the immersion course is to provide a working knowledge of sustainability, resiliency, and adaptive management.  Most importantly, the program generates actionable project plan ideas and individuals who are more effective leaders that can drive change in their respective communities.

“People initially signed up to take the Certificate Program to pursue their own agendas, as either a local organizer, a local community group board member, a neighborhood resident who is interacting with a city official, or a business executive that wants to get employees involved in community activities,” said Italiano. “This program transforms their understanding of what’s happening on the ground by offering alternative systems insights into issues related to the projects that are described to us. It’s not unusual for folks to actually have a paradigm shift while taking the course as regards their views. For example, people with a high-level understanding of a sustainability concept were missing stakeholder perspectives, or in reverse, folks with a deep understanding of what was happening in their immediate ‘backyard’  were missing the big picture, so people  come out of our course with a more wholistic understanding of how to approach matters.”

The course brings together the expertise of 9 Instructors and runs for 10 weeks. It is further broken down into 5 Tracks – 2 Sessions each:

  1. Learning successful project planning concepts & wholistic systems thinking
  2. Understanding the sources and impacts of GHG emissions and reduction opportunities
  3. Exploring green Infrastructure projects from multiple perspectives (both citizen led design install project opportunities & developer focused projects including regulatory, i.e., state/local government, etc.)
  4. Navigating the challenges of residential and municipal waste (organic & non-organic including local and state frameworks for solid waste management, regulatory and legislative updates)
  5. Adopting a Project Implementation Framework which can be used in personal, professional, or community contexts


Image Source: Sustainable Jersey City

The 2020 Certificate Program happened to launch at the time of year when the City of Jersey City was about to finalize its Climate Action Plan (CAP), which has been put on a temporary hold in light of COVID-19. The CAP’s intent targets 80% emissions reduction by 2050 across Building Energy, Transportation, and Waste sectors reflected in the City’s GHG 2016 Benchmark Inventory Report.  As part of the CAP development process, recommendations for priority actions were presented to a Steering Committee (and the public via a survey) by four working groups representing those sectors, plus an Equity working group to moderate consideration of the impact of action recommendations on the low and moderate income (LMI) sector. SJC had seven of its Core Team Members participating in this process and there were a total of 56 Action Items recommended by the working groups for the City of Jersey City to incorporate into the CAP.

Although Jersey City’s government has its own Sustainability Office, SJC’s role as an educational outreach, advocacy, and innovative demonstration projects organization has remained autonomous.  Currently, SJC is seeking to roll up its series of demonstration projects and program activities into campaigns that support the Jersey City CAP, consistent with the work the organization has been doing for years. The organization feels that the time has come to scale up its grassroots efforts and for community networks to engage more widely in local-meets-regional sustainability actions. 

“Climate change is upon us and as I shared at last week’s jointly sponsored Solve Climate By 2030, with the Center for Sustainability at Ramapo College of NJ, Sustainable JC and the Bard Center For Environmental Policy, accelerating municipal action plans can lead the way to regional change and unlock state level inertia, creating mandates for change sooner than later,” said Italiano.

SJC’s ongoing work and their Certificate Program touch on six major Sustainable Development Goals, as defined by the United Nations:

  • [#4] Quality Education - Ensure inclusive and equitable quality education and promote lifelong learning opportunities for all
  • [#7] Affordable and Clean Energy - Ensure access to affordable, reliable, sustainable and modern energy for all
  • [#9] Industry, Innovation and Infrastructure - Build resilient infrastructure, promote inclusive and sustainable industrialization and foster innovation
  • [#11] Sustainable Cities and Communities - Make cities and human settlements inclusive, safe, resilient and sustainable
  • [#12] Responsible Consumption and Production - Ensure sustainable consumption and production partners
  • [#13} Climate Action – Take urgent action to combat climate change and its impacts


Image Source: United Nations Sustainable Development Goals

By bringing together individuals, local business owners, and community leaders, SJC is using its platform and this certificate program to increase education on sustainability issues, train the next generation of sustainability leaders, and build more resilient communities.

Posted by Richard Maltzman on: April 27, 2020 10:51 PM | Permalink | Comments (2)

Footprints of Innovation

Categories: packaging, plastic

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First and foremost, People, Planet, Profits, and Projects wishes you and your family the utmost in terms of staying healthy and well.  We will recover from the COVID-19 crisis, and perhaps we will be more focused on things that can be considered threats to the entire planet when we do.  I plan to blog on that topic but as comedians often say…. Too soon.

So I will continue featuring projects which embed sustainability thinking, projects aimed at sustainability as an outcome, and organizations which establish themselves around sustainability and the ‘triple bottom line’.

Case in point is Footprint – recently featured by FastCompany Magazine as one of the Most Innovative Companies, for leading business toward plastic alternatives. 

I think that their start-up story is amazing.  Paraphrasing from the FastCompany article:

Footprint was started by Troy Swope in 2013 with Yoke Chung, a close friend and now the company’s chief technology officer.  Their mission: tackle food packaging’s environmental and human-health problems. They started by doing what some of do whenever we’re in a supermarket (actually now I long for those days)… looking through the aisles for over-use of plastic— toothbrush boxes, packaged wine, fruit (see photo below).  Then, these two would simply cold-call the manufacturer in hopes of business.

What’s their business?

Let’s let them tell you themselves! 

Right: they are working on a plastic-free world.  So basically, it’s a materials-science company, applying that science to packaging.

To see a short video from FastCompany about Footprint, view below:

Okay here comes the part I like best about this story, and why I write this blog called People, Planet, Profit and Projects.  This touches all of the bases.  Turns out that the founders both worked at Intel.

They believed that the way Intel was packaging its semiconductors wasn’t optimal. One of the world’s most advanced tech companies was shipping half-million-dollar bundles of microchips in plastic containers that leached—or “outgassed”—volatile organic compounds. Swope got permission to form a department with the sole task of innovating packaging. His team used advanced polymers developed for aerospace to protect wafers (the flat sheet of silicon upon which a microchip is built) from moisture, oxygen, and other contaminants, ultimately saving Intel $350 million over a four-year period.

So, people, focused on the planet, started a project which helped Intel make more profit.  Better yet, it helped launch a company now recognized by a top magazine as being one of the most innovative companies of 2020.  It’s all there!

How are they innovating?  How about this:

(Footprint now makes a packing) product that’s been used by Target and Walmart to protect TVs from damage during shipment. Over the past six years, Footprint secured nine patents that cover 125 distinct inventions, including a biodegradable six-pack ring that has more give than its dolphin-entangling polymer counterpart but degrades in saltwater after 12 hours.

I’m impressed and happy to read about their sustainability-oriented success.  At a minimum it’s a great distractor from the bombardment of bad news we’re getting every day.  So read more about it in the full article from FastCompany and tool around the Footprint website for inspiration.  Maybe you could launch a sustainability-oriented project at your company and the next thing you know, you’ll be featured in an international business magazine!

 

Posted by Richard Maltzman on: April 13, 2020 10:21 PM | Permalink | Comments (2)
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