Difference between revisions of "Chem321:Acme environmental committee"
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| − | My plan is that, by capturing waste energy, that would otherwise be lost into the space of the universe, we can reduce our energy usage. AS many of you know, our chemical process involves using water to cool the mixture of chemicals that we deal with. By recycling this water through a system of pipes, holding tanks, and heat pumps, we can reduce the amount of energy and resources we use in two ways. By capturing the heat energy we use by passing this hot water(after process) through turbines, we can reduce the amount of electricity our plant uses, thus reducing our fossil fuel impact. Also by reusing the same water, and cooling it, post-turbine, using cooling coils, wrapped in absorbent material to be soaked in water, we will reduce our excess use of water to nearly zero. This cooling process can be used in conjunction with the ventilation systems | + | My plan is that, by capturing waste energy, that would otherwise be lost into the space of the universe, we can reduce our energy usage. AS many of you know, our chemical process involves using water to cool the mixture of chemicals that we deal with. By recycling this water through a system of pipes, holding tanks, and heat pumps, we can reduce the amount of energy and resources we use in two ways. By capturing the heat energy we use by passing this hot water(after process) through turbines, we can reduce the amount of electricity our plant uses, thus reducing our fossil fuel impact. Also by reusing the same water, and cooling it, post-turbine, using cooling coils, wrapped in absorbent material to be soaked in water, we will reduce our excess use of water to nearly zero. This cooling process can be used in conjunction with the ventilation systems Evan will be presenting, also possibly equipped with turbines, to evaporate the soaked coils, thus reducing the temperature of the re-used water further, allowing us to capture more heat energy. |
==Ashley Tranello: Sitewide health analysis== | ==Ashley Tranello: Sitewide health analysis== | ||
Revision as of 12:25, 24 July 2012
This page contains a list of employees on the new environmental committee, with their contact information, as well as the projects they are leading. If you're working on a topic related to someone else's job or project, feel free to leave a message on their talk page. Please insert your project description into the relevant section.
Contents
- 1 Michelle Amann: OSHA Regulations & Training
- 2 Kelly Balbian: Analysis of all waste streams
- 3 Evan Cronmiller: Reduction of fumes on the plant
- 4 Hayley Kopelson: Introduction of an ISO 14001 Environmental Management Plan
- 5 Kevin Maxwell: Improving production efficiency
- 6 Emily Mitchell: Review of scrubber chemical usage
- 7 Angela Racine
- 8 Sam Russell: Review of EPA regulations
- 9 Andrew Sears: Sitewide safety analysis
- 10 Jonathan Stewart: Capturing waste heat
- 11 Ashley Tranello: Sitewide health analysis
Michelle Amann: OSHA Regulations & Training
Led by Michelle Amann, Union Rep and Shift Foreperson - Amannme192 (talk)
Kelly Balbian: Analysis of all waste streams
Led by Kelly Balbian, Quality Control Manager - Balbiaka (talk)
Evan Cronmiller: Reduction of fumes on the plant
Led by Evan Cronmiller, Vice President of Sales - Cronyy5180 (talk)
Hayley Kopelson: Introduction of an ISO 14001 Environmental Management Plan
Led by Hayley Kopelson, Environmental Manager - HKopelson (talk)
Kevin Maxwell: Improving production efficiency
Led by Kevin Maxwell, Production Manager - Maxwelk192 (talk)
Emily Mitchell: Review of scrubber chemical usage
Led by Emily Mitchell, Lab Manager - Emitch (talk)
Angela Racine
Sam Russell: Review of EPA regulations
Led by Sam Russell, Chief Legal Officer - SamRussell (talk)
Andrew Sears: Sitewide safety analysis
Led by Andrew Sears, Safety Manager - AndrewSears (talk)
Jonathan Stewart: Capturing waste heat
Led by Jonathan Stewart, Chief Financial Officer - Stewarjm192 (talk)
My plan is that, by capturing waste energy, that would otherwise be lost into the space of the universe, we can reduce our energy usage. AS many of you know, our chemical process involves using water to cool the mixture of chemicals that we deal with. By recycling this water through a system of pipes, holding tanks, and heat pumps, we can reduce the amount of energy and resources we use in two ways. By capturing the heat energy we use by passing this hot water(after process) through turbines, we can reduce the amount of electricity our plant uses, thus reducing our fossil fuel impact. Also by reusing the same water, and cooling it, post-turbine, using cooling coils, wrapped in absorbent material to be soaked in water, we will reduce our excess use of water to nearly zero. This cooling process can be used in conjunction with the ventilation systems Evan will be presenting, also possibly equipped with turbines, to evaporate the soaked coils, thus reducing the temperature of the re-used water further, allowing us to capture more heat energy.
Ashley Tranello: Sitewide health analysis
Led by Ashley Tranello, Occupational Hygiene Officer - Ashley (talk)
| Chemistry 321 Acme Scenario | |||
| Acme Chemical Company | Employees EPA inspection - Sales - Waste Env. committee Chem321 | |||
