Illinois Governor’s Sustainability Award, Illinois R&D Demonstrate Growing Commitment to Sustainable World

carbon capture and utilization research
ISTC Director Kevin O’Brien discusses new research in carbon capture and utilization at the Illinois Governor’s Sustainability Award event in Chicago Nov. 1.

 

On Friday Nov. 4, the Paris Agreement on climate change became official. The U.S., China, and 53 other nations have ratified the treaty representing half of the world’s carbon emissions.

 

“The politically difficult step was Paris,” said Robert Stavins, an environmental economist at Harvard University was quoted today in The Wall Street Journal. “The technically difficult steps now remain.”

 

While a new administration in Washington could scuttle the U.S. commitment to the international pact, undoubtedly innovation will be essential to decarbonize the atmosphere. Action was evident Nov. 1 at the Illinois Governor’s Sustainability Awards event in Chicago. From towns and neighborhoods to major corporations, the 25 winners for 2016 demonstrated significant ownership of the need to reduce our carbon footprint.

 

Also on Nov. 4, Shell, BP, and eight other oil and gas giants announced an industry collaboration creating a $1 billion investment fund to accelerate carbon capture and storage and energy efficiency over the next 10 years.

 

The Prairie Research Institute and its Illinois Sustainable Technology Center are also working to be impactful on a grand scale. PRI’s effort to outfit the power plant at the University of Illinois with next-generation carbon capture represents a collaboration of multinational corporations with state and university partners. Success could be a game-changer for coal- and gas-fired power plants around the world.

 

Another major research project at ISTC could turn wastewater treatment in America from a cost sink and carbon producer, into a profit center and a carbon sink.

 

“Our approach is to simultaneously work toward sustainable and renewable energy, while taking responsibility for reducing the problems caused by traditional energy sources,” said Kevin C. O’Brien, ISTC director.

 

It’s Not Mr. Fusion, But It’s A Whiz at Energy Production

Mr. Sewer image
The multi-stage waste-to-biofuel system can make municipal solid waste and wastewater into a renewable power source.

ISTC NEWS


Pairing of Waste Processing and Algae Farming Offers ‘Clean’ Energy 

CHAMPAIGN, Ill. — “Mr. Sewer” is a multi-stage waste-to-biofuel production system under development by ISTC which can extract 100 percent of energy from a wide variety of wastes.

 

No, it’s not the fabled perpetual motion machine, it combines hydrothermal liquefaction of wastes with algae farming, which captures additional energy from the sun.

 

The best news is it can use a variety of energy-rich materials that are now landfilled. According to Lance Schideman, research scientist at the Illinois Sustainable Technology Center, the optimal location for the Mr. Sewer system is close to a sanitary landfill, a wastewater treatment plant, or both. A video on the energy research is available here.

 

Sewage solids, food wastes, even waste paper are all rich in energy content. This system can remove both organics and nutrients in these sources and turn them into renewable energy resources. Processing of wastewaters is combined with algae farming in a way that amplifies the energy production while cleaning the water for potential reuse applications. The nutrients support algal growth and the algae are then harvested for use in biofuels.

 

Amplified by the sun’s energy and multi-cycle nutrient reuse, an optimized system can harvest three to ten times the energy contained in the wastewater.

 

Calculations based on a commercial-scale demonstration plant on the University of Illinois campus indicate the technology is well-suited to generate fuel/revenue from wastes at the scale of a small city, a military installation, or a large animal feeding operation.

 

Theoretically Mr. Sewer, applied to all U.S. wastewater treatment plants and livestock operations, could produce enough bio-energy to replace all current petroleum imports, according to Schideman.

 

Today the commercial-scale plant is being optimized and a mobile version of the system is being developed.

MREA PV 320.03 Solar Training Academy Begins in Normal, January 2015

MREA Solar AcademyThe Midwest Renewable Energy Association (MREA) will be offering its PV 320.03 Solar Training Academy beginning January 17th, in Normal, IL.

 

The MREA Solar Training Academy is a series of weekend classes that will walk students through the photovoltaic (PV) design and installation process. The format of the Solar Training Academy will be MREA’s class progression that will include Basic Photovoltaics, PV Site Assessor, Intermediate PV, PV Design Lab and PV Sales and Finance. Classes will be held one weekend each month beginning in January and concluding in early May. Topics of this training will cover PV equipment selection, utility intertied and battery based systems, batteries, mechanical and electrical integration, PV design, PV residential site assessment, National Electric Code, system commissioning, solar financials. Participation in the Solar Training Academy will also include opportunities to meet with professionals in the solar industry.

 

Upon successful completion of the Solar Training Academy, students will qualify for:

  • Completion of 63 hours of classroom training for North American Board of Certified Energy Practitioners (NABCEP) PV Installation Professional and NABCEP PV Technical Sales Professional
  • Sit for the NABCEP Entry Level Exam
  • Sit for the MREA PV Site Assessor Exam (To sit for the MREA PV Site Assessor Exam, students will need to complete two practice site assessments outside of class.)

The course instructor is Alex Jarvis, of Solar Systems of Indiana.

Non MREA Member Price = $2,200.00; MREA Member Price = $2,000.00.

 

For complete information, and registration, visit https://www.midwestrenew.org/civicrm/event/info?id=728&reset=1.

 

For more information on training available through MREA, see https://www.midwestrenew.org/training.