Bringing Water Design Vision to the “Rest of the Mess” in Real Estate

Shanghai Towers

Shanghai Towers

The Shanghai Tower will serve as a mammoth 125-floor rainwater harvesting structure. The breathtaking outside shell borrows the best designs from nature, collecting rain to purify and replenish 675,000,000 liters of water each year. Combining stores, offices and apartments, the building will serve as an icon for water resource management in China, as the country struggles to find enough clean water for its people and its growing economy.

“Unfortunately, most of the buildings in the world are not Shanghai Towers – most of the buildings aren’t new,” noted Dave Pogue, Director of Sustainability for CB Richard Ellis in the Artemis Project webinar earlier today.

“While some of our buildings are new, we also need to be concerned about managing the ‘rest of the mess’,” David Pogue, CB Richard Ellis.

Shanghai Towers

Shanghai Towers

“While some of our buildings are new, we also need to be concerned about managing the ‘rest of the mess’,” Pogue explained.  CBRE manages over 1.2 billion square feet of property in the Americas, and the bulk of those buildings are not new. Environmental considerations must contend with budgets.  “We have a lot of buildings struggling trying to find a way to be better in a water constrained world,” Pogue stated.

While water is vital, it is virtually free today.  And water seldom gets attention until there is a crisis.  Pogue noted that basic water saving devices such as toilets and urinals generate only a trickle of benefits and take 8 to 10 years to pay back. They’re better than nothing, but still just a small drop in the bucket.

We’re still waiting for the onsite appliance that reclaims water and treats rainwater with the precision and beauty of a miniature Shanghai Tower.  Small-scale onsite waste water systems operate today, recycling water from sinks and toilets to save over half of the drinking water used by an apartment building.  Companies like Dominic Sulik’s Natural Solutions Utilities are offering whole building solutions for onsite water management that match much of the savings from the Shanghai Tower. This offering is a service that pieces together existing solutions.

Property Chart

Property Chart

We can see the crises are coming, but we are still waiting for the Apple version of a building water system that matches the benefits of the Shanghai Tower.

“Its not about the cost of water, it’s about the downtime and the risk for the property,” John Macomber, Harvard Business School.

“Its not about the cost of water, it’s about the downtime and the risk for the property,” notes John Macomber, Professor of Sustainability at Harvard Business School.  If there is a lower cost of capital for a better risk-adjusted return on the property, then onsite water management makes sense financially.

Sustainable Building Image

Sustainable Building Image

Professor Macomber suggests that real estate properties such as accommodations and hospitality operations—hotels, spas, and hospitals—are examples of some of the early candidates for water tech. “The beach head for water tech is where the landlord pays for the water, where the landlord can effectively measure the benefit of an intervention, and where the volume of water used really matters to the economics.”

Webinar Tomorrow: Last Chance to Register

Artemis Webinars

The Artemis Project, our parent firm, is hosting a webinar tomorrow that will gather an diverse group of experts to explore the challenges, solutions and investment opportunities surrounding efficient water management in energy exploration.

Register now

The webinar will occur tomorrow, July 16 from 11:00am EST to 12:30pm. The webinar will be divided into two sessions.

Learn more about the webinar.

MIT Natural Gas Report Glosses Over Environmental Issues

Editor’s note: The energy exploration industry is the first to demand advanced water technology for economic reasons: water efficiency during hydraulic fracturing means cost savings. Advances in on-site water treatment for energy exploration will drive down costs for the technology to a point where it can be implemented in break-even or non-profitable situations, like personal housing and small to medium-size businesses, where demand will grow as current water infrastructure decays. Vikram Rao and peers will present on topics surrounding water use in energy exploration at an upcoming Artemis Project webinar.

MIT’s most recent report on energy is on the Future of Natural Gas, following similar reports on coal and nuclear energy.  It is co-edited by Ernest Moniz and Tony Meggs.  The latter recently left BP as CTO.  As reported in Forbes recently, the report emphasizes the role of shale gas in enabling natural gas substitution of coal.  The authors see this as a transitional strategy for a low carbon future.  We agree with that and have expressed similar ideas in the Directors Blog.

However, the report is surprisingly shy about discussing the environmental issues seen as facing shale gas exploitation.  While we believe these are indeed tractable, they merit much more discussion than they were given.  Accordingly we repair some of that omission here.

The most significant issues center on three matters:  fresh water withdrawals, flow back water and collateral issues, and produced water handling and disposal.

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Webinar: Managing Water Use in Energy Exploration

Artemis Webinars

There’s an increasing concensus that natural gas will be America’s half-way house as we kick our fossil fuel habit. The difficulties lie in managing water use while extracting the transitional fuel.

Because of the near surety of a long-term natural gas industry, technologies devoted to treating produced water form one of the few sectors where regulation and commercial interests are combining to create significant and immediate market demand for advanced water technologies, especially on-site water management systems, which will be critical to sustained hydraulic fracturing operations during shale gas extraction.

However, as of yet, there isn’t a comprehensive description of the critical, functional elements of an on-site system capable of reliably, safely treating water produced by shale gas exploration.

We do understand some of the requirements, including rugged design, reliable remote telemetry, and the capability to identify and remove salts and minerals, but we also recognize the necessity of gathering leading minds to further develop specifications that will meet the challenges inherent in shale gas drilling.

For that purpose the Artemis Project is hosting a webinar that will gather an appropriately diverse group of experts to explore the challenges, solutions and investment opportunities surrounding efficient water management in energy exploration.

Register now

The webinar will occur on July 16 from 11:00am EST to 12:30pm. The webinar will be divided into two sessions.

Session 1: Trends and issues surrounding shale gas drilling.

  • Bob Puls, Director of Research for the EPA’s Ground Water and Ecosystems Restoration Division, will brief the audience on current research into the impact of shale gas drilling on drinking water.
  • Dr. Vikram Rao, the Director of the Research Triangle Energy Consortium and the former CTO of Halliburton, will discuss expected trends in shale gas exploration.
  • Kathleen McGinty, Operating Partner at Element Partners and the former head of Pennsylvania’s Department of Environmental Protection and the White House Council on Environmental Quality, will speak on how regulation and commercial forces are driving use of new approaches in shale gas drilling.
  • Kate Sinding, Senior Attorney at the National Resources Defense Council (NRDC) will speak on concerns that have emerged as shale gas drilling has begun in the United States.

Session 2: Relevant advanced water technologies addressing drilling issues.

  • Precision design tools for rugged, reliable on-site water reclaim.
  • Sensors to provide accurate remote oversight in rugged environments.
  • Advanced water treatment approaches — from forward osmosis to electrolysis to remove contaminants from produced water.

Register now

BlueTechs Await Permission to Deploy in Gulf, While Rome Burns

Controlled Burn of BP's Oil Spill

A fishing boat is dwarfed by smoke from burning oil / Photo: Deepwater Horizon Response on Flickr

Seven weeks after the explosion on the Deepwater Horizon oil platform, oil slicks have inundated the shores of mainland United States. Traditional oil recovery methods have proved inept.

BP has collected only 25 million gallons of oil and water from the surface of the Gulf and burned 238,000 barrels into the atmosphere — leaving plenty of oil to suffocate marshes, turn beaches black and poison marine life. A normally optimistic friend of mine recently joked that BP had discovered an organic, biodegradable material to absorb oil: pelicans.

That cynicism is poisonous, but it is not without justification. With over 100,000 solutions proposed via a highly publicized suggestion line, BP, the US Government and sub-contractors have plenty of available, established technologies to choose from. And yet, from many accounts, the technology sits idle along the gulf, waiting for permission to deploy.

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Advanced Technology Reaches the Gulf

BP Oil Spill Covers Gulf

BP Oil Spill Covers Gulf / Image: NASA and the MODIS Rapid Response Team

Another Artemis Top 50 Company is deploying their technology to the Gulf to aid clean up of the still growing BP oil spill.

Ecosphere Technologies signed a letter-of-intent with Mid-Gulf Recovery Services, LLC to deploy Ecosphere’s Ozonix technology to clean up the “Gulf’s marshes and inland waterways,” according to Glen Smith, CEO of Mid-Gulf Recovery Services.

The Ozonix Deep Water Recovery Process, recently patent-pending, is “a non-chemical water treatment system specifically built for removing oil and chemicals from water.” It works by generating millions of “micro bubbles”, creating a “buoyancy blanket” that lifts oil rapidly to the surface of the gulf.

How Ozonix Helps in the Gulf

Ozonix increases the concentration of oil on the surface of the Gulf, simplifying oil recovery (Click to view larger)

By forcing oil to surface quickly, the oil has less time to spread as it rises. The increased concentration on the surface simplifies the process of extracting the oil from the water.

View a visual presentation of the process (pdf).

Ecosphere’s technology won the endorsement of Jean-Michel Cousteau, the famed ocean explorer and President of Ocean Futures Society: “Ecosphere has been providing its patented Ozonix technology to help major energy companies recycle their frac waters by eliminating chemical biocides. We must now use this same technology to help restore our seas and shores while protecting the habitats of the marine and wildlife of the Gulf Coast. Now is the time for action, action, action and this is technology that needs to be put to work immediately.”

Using air is obviously a more environmentally friendly solution than using potentially hazardous chemical dispersants. It’s refreshing to see modern technology finally deployed to the Gulf, however late it is in coming.

Produced Water is an Economic Opportunity

Drill beside Produced Water containment pit

Drill beside Produced Water containment pit

When the Massey coal mine exploded last month, other mines continued to produce. When an oil platform in the Gulf of Mexico exploded last week, other platforms kept pumping. The natural gas industry has weathered its own tragedies, as it will in the future.

Until renewable and sustainable energy sources enter mass production, citizens in the developed world will ensure demand for carbon based energy remains steady. And so long as demand for carbon based energy exists, there will be an industry devoted to treating the water produced during energy exploration and extraction.

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