Posts tagged green
Boulder police release photos of bank robbery suspect
Aug 21st
Boulder police are trying to identify a white male in his mid-to-late forties who investigators believe robbed the First National Bank at 3033 Iris in Boulder. The robbery occurred at 12:07 p.m.
Witnesses inside the bank say that the suspect was in the lobby and then stepped up to the teller station, where he passed a note. The suspect did not say anything, but based on the note, the teller gave him an undisclosed amount of cash. He then left the bank out the north door and was last seen outside the bank.
The suspect did not display a weapon during the robbery, and no one was hurt.
The suspect is described as:
- White male
- Mid-to-late 40’s
- 5’4” tall, medium build
- Brown hair
- Razor stubble
- Large-framed sunglasses
- Wearing a “well worn” CU Buffaloes baseball cap, a dark green hoodie with a front zipper, and a yellow shirt with a graphic of a basketball going into a hoop, dark pants & white tennis shoes
- Carrying a cream or ivory-colored cloth shopping bag with unidentifiable writing on the side
The FBI has been notified and is working in partnership with the Boulder Police Department. The case number is 12-11273.
Anyone who has information about this robbery or the suspect is asked to call Detective Tom Dowd at 303-441-3385. Those who have information but wish to remain anonymous may contact the Northern Colorado Crime Stoppers at 1-800-222-TIPS (8477) or 1-800-444-3776. Tips can also be submitted through the Crime Stoppers website at www.crimeshurt.com. Those submitting tips through Crime Stoppers that lead to the arrest and filing of charges on a suspect(s) may be eligible for a cash reward of up to $1,000 from Crime Stoppers.
CU potty project gets a “download” of green
Aug 14th
CU-Boulder team wins nearly $780,000
‘Reinvent the Toilet’ grant from Gates Foundation
‘Reinvent the Toilet’ grant from Gates Foundation
An interdisciplinary team of student and faculty engineers from the University of Colorado Boulder has won a grant from the Bill and Melinda Gates Foundation for its proposal to develop a solar-biochar toilet for use in developing countries throughout the world.
The grant is part of the Reinvent the Toilet Challenge, or RTTC, initiated by the Gates Foundation to address a sanitation challenge affecting nearly 40 percent of the world’s population.
CU-Boulder, which was awarded one of four grants in the second round announced today, will receive nearly $780,000 from the Gates Foundation over a 16-month period starting Sept. 1. CU joins last year’s grantees Caltech and Stanford as the only U.S. universities to receive an RTTC award.
The ol’ outhouse
Environmental engineering professors Karl Linden and R. Scott Summers will join with chemical and biological engineering professor Al Weimer on the project.
Biochar is a highly porous charcoal made from organic waste. The idea proposed by the CU team involves using concentrated sunlight delivered through a bundle of fiber-optic cables to heat and decompose toilet waste for reuse in improving agricultural soils.
“This project integrates areas of expertise at CU in solar-thermal processes, disinfection and biochar that would not typically work together and creates a great team to tackle such a complex and important problem as sustainable sanitation solutions in developing countries,” said Linden, who is the principal investigator on the project.
Environmental engineering graduate student Ryan Mahoney and postdoctoral researcher Tesfa Yacob, who received his doctorate in civil engineering from CU-Boulder in May, along with Richard “Chip” Fisher, a professional research assistant in Weimer’s chemical engineering group, also will be involved. Two expert consultants round out the team, one focusing on solar-thermal design and one on sanitation and hygiene in developing communities.
An upgrade
A preliminary analysis indicates that a household-sized system for a family of four could be developed at a cost of 5 to 10 cents per person per day. An intermediate-scale system for community facilities also will be evaluated as part of the grant.
Linden and Summers are working on other environmental engineering projects for developing communities, including investigating hydrothermal biochar production and low-cost water filtration and treatment technologies. Weimer will add expertise in the area of solar-thermal processing and reactor design, which he has tested extensively for the development of alternative fuels.
“This project is also very student-driven,” said Linden. “Students with classroom and field-based experiences in our Engineering for Developing Communities program have provided some excellent ideas, expertise and enthusiasm to make this project possible.”
Environmental engineering doctoral students Josh Kearns, Kyle Shimabaku and Sara Beck are also contributing to the project.
CU students reach big carbon neutrality goal
Feb 16th
CU-BOULDER STUDENT GOVERNMENT
FACILITIES REACH CARBON NEUTRALITY
FACILITIES REACH CARBON NEUTRALITY
The University of Colorado Student Government has reduced the net emissions of greenhouse gases, or GHGs, from its student-run facilities to zero after committing in 2007 to reach carbon neutrality.
CUSG operates three large CU-Boulder facilities including the University Memorial Center, Student Recreation Center and Wardenburg Health Center.
“We are very proud of this accomplishment,” said CUSG Vice President Carly Robinson. “It’s a reflection of our sustainability-minded campus community and the impressive resources we have on hand to be more environmentally friendly, and even save money, by implementing green strategies.”
CU-Boulder students will gather for a “Getting to Carbon Neutrality” forum on Friday, Feb. 17, from 10 a.m. to 2 p.m. in the Aspen Room of the University Memorial Center. They will discuss the campus’s carbon neutrality achievements and remaining challenges with input from a panel of CU staff. The event is open to CU students but requires pre-registration at http://ecenter.colorado.edu/carbonneutrality.
More than 9,000 metric tons of GHG emissions attributed to operating the student-run buildings have been eliminated through renewable energy generation, energy conservation measures and carbon-offset strategies implemented by CUSG. Carbon neutrality was reached even as square footage and usage of the facilities increased in recent years.
CUSG partnered with Facilities Management to install additional solar panels on CU facilities that contribute roughly 72,000 kilowatt-hours of energy per month to the electricity grid — enough to power about 80 houses. This renewable energy generation replaces a portion of the energy generated by traditional systems that emit GHGs.
CUSG buildings also have been renovated with better insulation and sealing technologies, more efficient lighting and windows. These upgrades reduced the buildings’ total energy consumption by nearly 15 percent over the last five years.
CUSG also has worked with Colorado communities on carbon reduction projects as a way to offset GHG emissions from CUSG buildings. The projects provide educational, economic development and social equity benefits for the state.
One of the projects includes solar thermal system installations, used to heat water, for low-income housing in Loveland, Colo.
Two years ago, the CUSG helped support the installation of a system that converts methane gas from the Larimer County Landfill in Fort Collins, Colo., into energy. Methane gas is a potent GHG emission.
Recently, CUSG contracted with Native Energy — a carbon offsets program provider — to support a novel kiln system used by Commercial Brick Corp., an Oklahoma brick manufacturer. The kiln system is powered by methane gas captured from a nearby landfill. It prevents methane emissions and replaces fossil fuel use. The company, which will participate in the Feb. 17 forum, provides 200 jobs and produces 144 million bricks per year sold in 15 states.
The CU Environmental Center coordinated the carbon neutrality effort. The center administers grants and loan programs within CUSG facilities that have helped fund energy conservation projects, delivering over $1.6 million in energy cost savings for CUSG over the last five years while driving down GHG emissions.
