One of these is social work, which the university is in the process of accrediting. In addition to the nursing department, students and faculty from other departments, which many, including the senator, don't often associate with being so similar to nursing, were talked about during the visit. Social work and emergency management also discussed "We are being used as a learning lab for others for training on the equipment," Thompson said. Moran was surprised at how advanced the technology at the education center was, commending the staff for having some of the latest technology in the field. "I think that's strong," Moran said after feeling a pulse in the "patient's" foot. The students asked the senator if he wanted to feel the mannequin and showed him just how realistic its actions are. The department has state-of-the-art technology in its lab settings, including two high-fidelity mannequins, which simulate the movements of real patients including breathing, blinking and talking. Houchin told the senator that the department is working to increase its enrollment with things like offering scholarships to make it more transfer-friendly. Janeane Houchin, director of nursing education and chair of the division of nursing education and health sciences at the school, said the program is approved from 80 students, but only 31 are currently enrolled. Moran spoke with several nursing students, who told him about how the new education center is being used, including with simulation labs that mimic the settings of Salina Regional Health Center, a potential future employer of graduating nurses and a partner with the college for clinical practice. Senator from Kansas to tour the school's Nursing Education Center, which opened in January 2021Īfter Thompson spoke about recent successes at the school, including record enrollment numbers and fundraising campaigns, he led Moran through the building where the senator heard from students and faculty about several interconnected departments at the university. President Matthew Thompson invited the U.S. Jerry Moran was given much to think about after talking with students, staff and administration at Kansas Wesleyan University Friday. Jerry Moran visits Kansas Wesleyan's Nursing Education Center Request Assistance with a Federal Agency.This confirms that three-chamber MES cells are an efficient and scalable technology for CO 2 bio-electro recycling to acetate and that moderate saline conditions (5 g L −1 NaCl) can help reduce their power demand while preserving the activity of acetogens. Finally, three 3D printed cells were hydraulically connected in series to simulate an MES stack, achieving three-fold production rates than with the single cell at 0.25 mA cm −2. Scanning electron microscopy and 16S rRNA sequencing analysis confirmed the formation of a cathodic biofilm dominated by Acetobacterium sp. The highest production rate of 55.4 g m −2 d −1 (0.89 g L −1 d −1), with 82.4% Coulombic efficiency, was obtained at 5 g L −1 NaCl concentration and 1 mA cm −2 applied current, achieving an average acetate production of 44.7 kg MWh −1. The cells were fed with CO 2 gas and operated galvanostatically (0.25 or 1.00 mA cm −2). The enriched planktonic communities were then used as inoculum for 3D printed, three-chamber cells equipped with a gas diffusion biocathode. The acetogenic communities were successfully enriched only at 5 and 10 g L −1 NaCl, revealing an inhibitory threshold of about 6 g L −1 Na +. In this study, a mixed microbial consortium originating from an anaerobic digester operated under saline conditions (∼13 g L −1 NaCl) was adapted for acetate production from bicarbonate in galvanostatic (0.25 mA cm −2) H-type cells at 5, 10, 15, or 20 g L −1 NaCl concentration. The industrial adoption of microbial electrosynthesis (MES) is hindered by high overpotentials deriving from low electrolyte conductivity and inefficient cell designs.
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