Underground Recovery, LLC Granted Patent for Innovative Process that Generates Electricity from Coal and Other Fossil Fuels without Carbon Emissions

Fossil fuels like coal, oil and natural gas have been, are, and will remain some of the most abundant energy sources in the world, especially in the US. Despite the benefits of fossil fuel recovery — such as underground coal mining and combustion, and oil and natural gas drilling — and above-ground combustion for power plants, both historically present a threat to the environment and produce undesirable carbon dioxide emissions, greenhouse gas, and ash.

Coal is integral to many of the US’s state economies and is an industry these states can’t afford to lose. Coal is particularly plentiful in Kentucky; as of 2012, coal generates 41% of the world’s electricity, and in 2013, coal generated 93% of all Kentucky’s electricity. Kentucky is the third largest producer of coal in the US, and one of the largest exporters of coal to Asian markets.

Many projects in various stages of commercialization are under way to either process the above-ground released carbon dioxide or sequester underground carbon dioxide, all adding to the cost and environmental impact of generating additional electricity. However, the Lexington-based research and development company Underground Recovery, LLC has a reasonable solution for retrieving underground fossil fuels.

Since 2011, Underground Recovery has been devoted to environmentally friendly and cost effective recovery of energy and metals from underground resources. The company was granted a US patent in July for its innovative coal combustion process, which can eliminate atmospheric release of carbon dioxide emissions and ash. This new process may be a tremendous boon to coal industries in Kentucky and throughout the world, as it provides an economically feasible alternative to the current process of coal, oil, and natural gas mining, followed by above ground combustion and power generation with subsequent under- and above-ground carbon sequestration.

As a high-risk project, if viable, a successful implementation of this process, especially when coupled with hydraulic fracturing, can be ”game changing “ by lowering costs of energy environmental development, increasing fossil fuel reserves, and minimizing the negative environmental impacts of the atmospheric release of GHG, like CO2 and ash.

Developed and Written by Dr. Subodh Das

July 28, 2014

Phinix LLC

Copyright 2013. All rights Reserved by Phinix, LLC.

www.phinix.net    skdas@phinix.net

Social Share Toolbar

“5 things you can do about climate change” – CNN, 6 May 2014

We here at Phinix are huge proponents of doing what you can at home to prevent any further impacts of climate change. The disastrous effects of global warming are stacking up, leading to higher temperatures and rising sea levels. More flooding, wildfires, and droughts are to be expected. Here are five things you can do to lend a helping hand to the environment.

Become Informed

Staying informed about what policy makers are doing and saying is paramount. If you stay educated on climate change, then you can make knowledgeable decisions when voting and electing politicians into office. It also wouldn’t hurt to know what the policy makers are discussing:

  • Lowering carbon dioxide levels—for example, establishing carbon taxes and carbon caps;
  • Changing the Earth’s response to the effects of climate change—for example, building seawalls to combat the rising sea levels; and
  • Adapting the Earth to counteract climate change—for example, changing our oceans to absorb more CO2.

Make Changes at Home

The EPA suggests you do the following to curb your greenhouse gas emissions, which will also save you money:

  • Change your five most-used light bulbs to products that have the EPA’s Energy Star label;
  • Heat and cool more efficiently, such as by using a programmable thermostat, changing air filters, and replacing old equipment with Energy Star products;
  • Seal and insulate your home;
  • Make use of recycling programs, and compost food and yard waste;
  • Reduce water waste;
  • Use green power, such as solar panels; and
  • Estimate how much greenhouse gas you emit with the EPA’s calculator.

Be Greener at the Office

You can also help out at the office. Here’s how:

  • Set computers and other office equipment to power down during periods when you’re not using them;
  • Use Energy Star equipment; and
  • Recycle and reuse whenever possible.

Reduce Emissions in Transit

You can reduce your emissions both in your daily and cross-country commutes:

  • Rely on public transportation, biking, walking, carpooling, or telecommuting instead of driving;
  • Use the EPA’s Green Vehicle Guide to help you make an informed choice about buying a car;
  • While driving, try to avoid hard accelerations, don’t spend more than 30 seconds idling, and go easy on the gas pedal and brakes; and
  • Make sure to regularly check your tire pressure.

When you’re traveling by plane, try these tricks:

  • Consider packing lighter because less fuel is consumed with less weight on the plane;
  • Fly during the day because night flights have a bigger impact on the climate; and
  • Buy carbon credits to compensate for the emissions on your flight.

Get Involved and Educate Others About the Bigger Picture

Though one person’s efforts might only have a small influence, involving and educating others will allow our impact to grow. Together, we can help to prevent any further damaging effects of climate change.

Developed and Written by Dr. Subodh Das and Tara Mahadevan

May 13, 2014

Phinix LLC

Copyright 2014. All rights Reserved by Phinix, LLC.

www.phinix.net    skdas@phinix.net

Social Share Toolbar

The ARPA-E 2014 Energy Innovation Summit

Screen shot 2014-03-05 at 3.08.09 PMThe ARPA-E Energy Innovation Summit was held last week, February 24-26, in Washington DC. The goal of the summit was to create a space where thought leaders—from academia, business and government—can discuss innovative solutions to current energy issues. Phinix had a booth at the summit.

Phinix was recently awarded a contract by ARPA-E for Phinix’s project RE-12. RE-12 aims to provide a cleaner, more sustainable manufacturing solution for recovering magnesium and aluminum-magnesium alloys.

Current extraction and recovery processes for magnesium alloys are expensive and environmentally unfriendly. Premium and high demand applications of these processes—in areas like aluminum beverage cans, automotive and marine applications, and titanium manufacturing—all require high-purity alloys to manufacture their various components. Consequently, the majority of these alloys are produced from pure, expensive, energy-intensive primary aluminum and magnesium, instead of recycling materials.

Phinix is looking for partners and investors to scale up and commercialize the process.

Developed and Written by Dr. Subodh Das and Tara Mahadevan

February 28, 2014

Phinix LLC

Copyright 2013. All rights Reserved by Phinix, LLC.

www.phinix.net    skdas@phinix.net

Social Share Toolbar

Novelis Sustainability Report 2013

In 2011, Novelis decided to strengthen their company by increasing their business’ sustainability and innovation. The most important component of their new vision is to use 80% recycled aluminum in all their products by 2020. Once they reach this goal, they will then halve their products’ embedded carbon.

In 2011, when Novelis set their intended goals, they used the average of fiscal years 2007-2009 as their standard. Some of their 2020 goals include:

  • Increase recycled metal content from the current 43% to 80%
  • Reduce energy usage by 39%, from the current 10 GJ/mt to 7.6
  • Reduce water usage by 25%, from the current 3.1 m3/mt to 2.7
  • Halve the absolute amount of GHG emissions, from the current 18 M mt to 11
  • Have zero landfill waste from the current 55.6 K mt

While the company is headquartered in Atlanta, George, there are also facilities in Sao Paulo, Zurich and Seoul, serving the beverage can, automotive and high-end specialty markets. There is a rising demand for aluminum in these markets, especially the automobile industry, since 2010 when Obama obligated car manufacturers to double their new-car average fuel economy by 2025. In 2013, the aluminum industry grew 25%, as aluminum allows for lightweighting vehicles, a crucial enabler in increasing fuel efficiency.

As mentioned before, another huge element of Novelis’ move to increase sustainability is to reduce the embedded carbon in their products, which can be done by boosting recycled content. By using more recycled materials and by creating fewer new materials, Novelis reduces their carbon footprint. They’ve recently invested almost $500 million in doubling their recycling space by opening two new recycling plants, one in South Korea and the other in Germany.

Novelis is directly addressing the global issue of climate change, particularly the current concern of the maximum safe limit for concentration of carbon dioxide in the Earth’s atmosphere. The company’s method to decrease their GHG emissions can best be described as a life cycle approach, with a goal of reducing their emissions by 50% by 2020. This idea, coupled with increasing their recycled metal content to 80%, will help them reach their target.

Novelis has also incorporated supporting recycling education into their new vision, as well as advocating awareness and policy initiatives, which will escalate recycling rates and increase the company’s supply of post-consumer aluminum scrap. We at Phinix are huge proponents of all of the above, especially recycling education.

Take a look at Novelis’ website and the full report.

Developed and Written by Dr. Subodh Das and Tara Mahadevan

January 28, 2014

Phinix LLC

Copyright 2013. All rights Reserved by Phinix, LLC.

www.phinix.net    skdas@phinix.net

Social Share Toolbar