"university laboratory"

#11821018

29 November 2024

Chemists and laboratory technicians work with Juana Villada Martinez, a food chemist who graduated from the National Autonomous University of Mexico and founder of Grupo Vima inclusionnte AC, and Salmy, a rescued dog of approximately 7 years of age, inside the campus in Mexico City, Mexico, on November 29, 2024. They analyze food and cooking oil due to their concern about excessive use and its disposal in the pipes, aiming to turn it into soap and crafts to avoid a negative impact on the environment.

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#11820999

29 November 2024

Juana Villada Martinez, a food chemist who graduates from the National Autonomous University of Mexico and founds Grupo Vima inclusionnte AC, and Salmy, a rescued dog of approximately 7 years of age, are inside a laboratory on the campus in Mexico City, Mexico, on November 29, 2024. She is concerned about the excessive use and disposal of cooking oil in the pipes and aims to turn it into soap and crafts to avoid a negative impact on the environment.

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#11821001

29 November 2024

Juana Villada Martinez, a food chemist who graduates from the National Autonomous University of Mexico and founds Grupo Vima inclusionnte AC, and Salmy, a rescued dog of approximately 7 years of age, are inside a laboratory on the campus in Mexico City, Mexico, on November 29, 2024. She is concerned about the excessive use and disposal of cooking oil in the pipes and aims to turn it into soap and crafts to avoid a negative impact on the environment.

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#11821002

29 November 2024

Juana Villada Martinez, a food chemist who graduates from the National Autonomous University of Mexico and founds Grupo Vima inclusionnte AC, and Salmy, a rescued dog of approximately 7 years of age, are inside a laboratory on the campus in Mexico City, Mexico, on November 29, 2024. She is concerned about the excessive use and disposal of cooking oil in the pipes and aims to turn it into soap and crafts to avoid a negative impact on the environment.

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#11820971

29 November 2024

Juana Villada Martinez, a food chemist who graduates from the National Autonomous University of Mexico and founder of Grupo Vima inclusionnte AC, along with Salmy, a rescued dog approximately 7 years old, collects cooking oil due to their concern about the excessive use and waste of this oil in the pipes to turn it into soap and crafts to avoid a negative impact on the environment. On this mission, Salmy accompanies several people around the university campus on a green cart designed and built with recycled elements, donated by the industrial designer Hermogenes Gustavo Rojas Coca, who is also a professor at the Faculty of Engineering. Merchants and owners of food stores already know that on Fridays, Salmy, together with the team of scientists, comes to them to receive the collected oil. Since February 2024, Juana Villada and Salmy are assigned a space in the Faculty of Chemistry to transform used cooking oil, a task that is not easy because it must be characterized for its treatment and transformation, as canola, corn, or soybean oils behave differently. This task is carried out with the support of Juan Carlos Ramirez Orejel, an academic technician of the laboratories of the Department of Animal Nutrition and Biochemistry of the Faculty of Veterinary Medicine and Zootechnics of the UNAM. In this place, physicochemical studies are conducted to determine its characteristics such as peroxide indices, acidity, saponification, and density.

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#11753700

8 November 2024

An aerial photo shows the completed facade of the experimental building of Zhejiang University's High Gravity Centrifugal Simulation and Experimental Device project in Hangzhou, China, on November 8, 2024. The Zhejiang University Supergravity Centrifuge Simulation and Experimental Equipment project is the first national major science and technology infrastructure project in Zhejiang Province. After completion, it becomes a multidisciplinary scientific experiment facility with the largest capacity of supergravity centrifuge and the strongest function of experimental chamber in the world.

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#11753701

8 November 2024

An aerial photo shows the completed facade of the experimental building of Zhejiang University's High Gravity Centrifugal Simulation and Experimental Device project in Hangzhou, China, on November 8, 2024. The Zhejiang University Supergravity Centrifuge Simulation and Experimental Equipment project is the first national major science and technology infrastructure project in Zhejiang Province. After completion, it becomes a multidisciplinary scientific experiment facility with the largest capacity of supergravity centrifuge and the strongest function of experimental chamber in the world.

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#11753702

8 November 2024

An aerial photo shows the completed facade of the experimental building of Zhejiang University's High Gravity Centrifugal Simulation and Experimental Device project in Hangzhou, China, on November 8, 2024. The Zhejiang University Supergravity Centrifuge Simulation and Experimental Equipment project is the first national major science and technology infrastructure project in Zhejiang Province. After completion, it becomes a multidisciplinary scientific experiment facility with the largest capacity of supergravity centrifuge and the strongest function of experimental chamber in the world.

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#11753703

8 November 2024

An aerial photo shows the completed facade of the experimental building of Zhejiang University's High Gravity Centrifugal Simulation and Experimental Device project in Hangzhou, China, on November 8, 2024. The Zhejiang University Supergravity Centrifuge Simulation and Experimental Equipment project is the first national major science and technology infrastructure project in Zhejiang Province. After completion, it becomes a multidisciplinary scientific experiment facility with the largest capacity of supergravity centrifuge and the strongest function of experimental chamber in the world.

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#11753704

8 November 2024

An aerial photo shows the completed facade of the experimental building of Zhejiang University's High Gravity Centrifugal Simulation and Experimental Device project in Hangzhou, China, on November 8, 2024. The Zhejiang University Supergravity Centrifuge Simulation and Experimental Equipment project is the first national major science and technology infrastructure project in Zhejiang Province. After completion, it becomes a multidisciplinary scientific experiment facility with the largest capacity of supergravity centrifuge and the strongest function of experimental chamber in the world.

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#11753705

8 November 2024

An aerial photo shows the completed facade of the experimental building of Zhejiang University's High Gravity Centrifugal Simulation and Experimental Device project in Hangzhou, China, on November 8, 2024. The Zhejiang University Supergravity Centrifuge Simulation and Experimental Equipment project is the first national major science and technology infrastructure project in Zhejiang Province. After completion, it becomes a multidisciplinary scientific experiment facility with the largest capacity of supergravity centrifuge and the strongest function of experimental chamber in the world.

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#11753706

8 November 2024

An aerial photo shows the completed facade of the experimental building of Zhejiang University's High Gravity Centrifugal Simulation and Experimental Device project in Hangzhou, China, on November 8, 2024. The Zhejiang University Supergravity Centrifuge Simulation and Experimental Equipment project is the first national major science and technology infrastructure project in Zhejiang Province. After completion, it becomes a multidisciplinary scientific experiment facility with the largest capacity of supergravity centrifuge and the strongest function of experimental chamber in the world.

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#11753707

8 November 2024

An aerial photo shows the completed facade of the experimental building of Zhejiang University's High Gravity Centrifugal Simulation and Experimental Device project in Hangzhou, China, on November 8, 2024. The Zhejiang University Supergravity Centrifuge Simulation and Experimental Equipment project is the first national major science and technology infrastructure project in Zhejiang Province. After completion, it becomes a multidisciplinary scientific experiment facility with the largest capacity of supergravity centrifuge and the strongest function of experimental chamber in the world.

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#11753708

8 November 2024

An aerial photo shows the completed facade of the experimental building of Zhejiang University's High Gravity Centrifugal Simulation and Experimental Device project in Hangzhou, China, on November 8, 2024. The Zhejiang University Supergravity Centrifuge Simulation and Experimental Equipment project is the first national major science and technology infrastructure project in Zhejiang Province. After completion, it becomes a multidisciplinary scientific experiment facility with the largest capacity of supergravity centrifuge and the strongest function of experimental chamber in the world.

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#11753709

8 November 2024

An aerial photo shows the completed facade of the experimental building of Zhejiang University's High Gravity Centrifugal Simulation and Experimental Device project in Hangzhou, China, on November 8, 2024. The Zhejiang University Supergravity Centrifuge Simulation and Experimental Equipment project is the first national major science and technology infrastructure project in Zhejiang Province. After completion, it becomes a multidisciplinary scientific experiment facility with the largest capacity of supergravity centrifuge and the strongest function of experimental chamber in the world.

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#11753710

8 November 2024

An aerial photo shows the completed facade of the experimental building of Zhejiang University's High Gravity Centrifugal Simulation and Experimental Device project in Hangzhou, China, on November 8, 2024. The Zhejiang University Supergravity Centrifuge Simulation and Experimental Equipment project is the first national major science and technology infrastructure project in Zhejiang Province. After completion, it becomes a multidisciplinary scientific experiment facility with the largest capacity of supergravity centrifuge and the strongest function of experimental chamber in the world.

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