St. Cyprian’s Church Spring 2012


My name is Sean Culligan and I am working with St. Cyprian’s Episcopal Church, specifically with their kitchen project. I am a junior at USF and an International Business major with minors in Japanese and Film Studies. I have worked with St. Cyprian’s previously and thus was brought on to help with the PSIP. Last semester I, along with a group of three other business students, worked together with St. Cyprian’s on projects to help make the church more eco-friendly. This semester I will be helping them with their business plan for the kitchen, their website for the kitchen project, and a video project to help promote the kitchen on

As of Tuesday, February 21, 2012 I have constructed a calender for the kitchen project, started to work with Pastor Will Scott on the business plan, and worked on parts of the website for the kitchen. Tonight there is also our second meeting as the kitchen project team where we will discuss the progress of the kitchen as a whole.

556 thoughts on “St. Cyprian’s Church Spring 2012

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  8. CAS 79-24-3, commonly known as acetone, is a versatile compound with a myriad of applications across various industries. Its chemical formula, (CH3)2CO, reflects its simple yet powerful structure. Acetone is a colorless, volatile liquid with a characteristic sweet odor. Its molecular weight of 58.08 g/mol underscores its lightweight nature.

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  11. Nitromethane Synthesis: Balancing Power and Safety


    In the world of chemistry, where every reaction dances to its own unique rhythm, the synthesis of nitromethane stands as a tango between power and safety. Nitromethane, with its explosive potential and diverse applications, epitomizes the delicate balance scientists must strike between harnessing its energy and avoiding catastrophe. In this article, we delve into the intricacies of nitromethane synthesis, exploring its chemistry, applications, and the ever-evolving quest for safer production methods.

    Dancing with Nitromethane: The Chemistry Behind the Boom

    At its core, the synthesis of nitromethane is a choreographed ballet of chemical reactions. Picture this: methylamine, a humble dancer, waltzing with nitric acid under the watchful eye of a catalyst, perhaps a charismatic copper compound. Their elegant moves yield nitromethane, a molecule brimming with potential energy, ready to unleash its power with a mere spark.

    But beware! Like a tempestuous tango, nitromethane synthesis demands precision and caution. One misstep, one misplaced ingredient, and the dance floor transforms into a battlefield of explosions and chaos. The delicate equilibrium between power and safety hangs in the balance, demanding respect and expertise from those who dare to orchestrate its creation.

    The Power Play: Nitromethane’s Thrilling Applications

    Nitromethane isn’t just a passive spectator in the chemistry arena; it’s the star of the show, dazzling audiences with its explosive performance. From its role as a high-energy fuel in drag racing to its use as a key ingredient in pharmaceuticals and industrial processes, nitromethane commands attention wherever it goes.

    Imagine the adrenaline rush of a drag racer hurtling down the track, propelled by the sheer force of nitromethane’s combustion. It’s a symphony of power and precision, a testament to humanity’s insatiable thirst for speed and excitement. Yet, beneath the roar of engines lies a silent partner: safety protocols and meticulous engineering, ensuring that the thrill of nitromethane remains exhilarating yet controlled.

    Walking the Tightrope: Safety in Nitromethane Synthesis

    As with any high-stakes performance, safety is paramount in the synthesis of nitromethane. One wrong move, and the consequences could be catastrophic. Historically, traditional methods of nitromethane synthesis have walked a precarious tightrope between efficiency and danger, with accidents serving as sobering reminders of the risks involved.

    But fear not, for science is a relentless innovator, constantly pushing the boundaries of safety and efficiency. New techniques, such as flow chemistry and green synthesis methods, offer promising alternatives, minimizing the risk of runaway reactions and ensuring a smoother, safer dance with nitromethane.

    Future Perspectives: Towards a Safer Synthesis

    As we gaze into the crystal ball of chemistry, the future of nitromethane synthesis appears bright yet challenging. With advancements in computational chemistry and process engineering, we stand on the brink of a new era, where the synthesis of nitromethane is not just powerful but also inherently safe.

    Picture a world where nitromethane synthesis is as routine as baking a cake, where scientists dance with molecules without fear of missteps. It’s a future fueled by innovation and driven by a commitment to balancing power and safety in perfect harmony.

    In conclusion, the synthesis of nitromethane is a captivating dance, where chemistry meets adrenaline, and safety meets power. As we continue to unravel its secrets and push the boundaries of scientific exploration, let us remember to tread carefully, for the dance with nitromethane is a thrilling yet delicate affair, best enjoyed with caution and respect for its explosive potential.

  12. Nitromethane Synthesis: Beyond the Laboratory
    Synthesizing nitromethane has long been confined to the realms of laboratory settings, where scientists in white coats meticulously maneuvered through complex chemical reactions. But what if I told you that the synthesis of nitromethane is no longer bound by the constraints of the laboratory? Imagine a world where nitromethane production is as commonplace as baking a cake in your kitchen. Well, hold onto your safety goggles, because we’re about to dive into the thrilling world of nitromethane synthesis beyond the laboratory.

    The Conventional Route
    Traditionally, synthesizing nitromethane involved a series of intricate steps, meticulous measurements, and the cautious handling of hazardous chemicals. It was a process akin to performing a high-stakes chemistry experiment, with the slightest miscalculation potentially resulting in catastrophic consequences. But fear not, dear reader, for the landscape of nitromethane synthesis is evolving at an exhilarating pace.

    Innovative Approaches
    Enter the era of decentralized nitromethane synthesis. Picture this: a compact device resembling a futuristic coffee machine sitting on your countertop, churning out nitromethane with the ease and efficiency of a seasoned barista. This isn’t science fiction; it’s the future of chemical synthesis. With advancements in technology and the miniaturization of chemical processes, synthesizing nitromethane is becoming more accessible to the masses.

    Miniaturization Magic
    Gone are the days of bulky laboratory equipment and cumbersome procedures. Today, miniature reactors and advanced catalysts pave the way for streamlined nitromethane synthesis. It’s like trading in your clunky desktop computer for a sleek and efficient laptop – same functionality, but with a fraction of the size and complexity. The synthesis of nitromethane is undergoing a miniaturization revolution, making it more convenient and practical than ever before.

    Beyond the Kitchen
    But wait, there’s more! Nitromethane synthesis isn’t just confined to the kitchen countertop. Picture a world where nitromethane production facilities are as ubiquitous as gas stations, churning out this versatile chemical on an industrial scale. From fuel additives to pharmaceuticals, the applications of nitromethane are vast and varied. With decentralized synthesis capabilities, industries can harness the power of nitromethane with unprecedented ease and efficiency.

    The Future Beckons
    As we gaze into the crystal ball of scientific progress, the future of nitromethane synthesis appears brighter than ever. With continued advancements in technology and the democratization of chemical processes, the barriers to entry for nitromethane production will continue to crumble. From amateur chemists tinkering in their garages to multinational corporations revolutionizing entire industries, the potential for innovation knows no bounds.

    In conclusion, the synthesis of nitromethane is no longer confined to the sterile confines of the laboratory. Thanks to innovative approaches, miniaturization magic, and a dash of entrepreneurial spirit, nitromethane synthesis has broken free from its traditional shackles. So, whether you’re a hobbyist chemist with a passion for experimentation or an industry titan seeking to revolutionize your field, the future of nitromethane synthesis is bright, bold, and beyond the laboratory. Buckle up, dear reader, for the exhilarating journey ahead!

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  14. Nitromethane Synthesis: A Chemical Odyssey


    In the realm of chemical synthesis, few compounds boast the enigmatic allure of nitromethane. This volatile liquid, with its peculiar aroma and explosive potential, has fascinated chemists for decades. Join us on a whimsical journey through the labyrinthine pathways of nitromethane synthesis, where science meets adventure in a chemical odyssey like no other.

    Unveiling the Alchemy:

    Synthesizing nitromethane is akin to unraveling a mystifying puzzle, where each reaction step unfolds a new layer of complexity. At its core, this odyssey revolves around the transformation of methane, a humble hydrocarbon, into the formidable nitro compound. Picture it as a whimsical alchemy, where carbon and nitrogen dance in a molecular ballet, orchestrated by the skilled hands of chemists.

    The Crucible of Chemistry:

    Enter the crucible of chemistry, where reagents collide and reactions ignite. Nitromethane synthesis typically begins with the venerable nitration of methane—a reaction as temperamental as it is tantalizing. Here, nitric acid plays the role of a capricious deity, bestowing upon methane the coveted nitro group with a flick of its chemical wand. Yet, navigating this treacherous path demands precision and finesse, for one misstep could spell disaster in a cascade of unintended byproducts.

    The Forge of Innovation:

    Amidst the crucible’s flames, innovation emerges as the catalyst for progress. Chemists wield an arsenal of techniques, from traditional batch reactors to cutting-edge flow systems, each offering its own blend of efficiency and elegance. As technology advances, so too does our ability to tame the wild frontier of nitromethane synthesis, paving the way for safer, greener, and more sustainable processes.

    The Quest for Yield:

    In the quest for yield, chemists embark on a heroic odyssey fraught with peril and possibility. Every mole of nitromethane forged from methane represents a triumph over entropy—a victory won through meticulous optimization and relentless perseverance. Yet, even as we strive for ever-higher yields, the siren song of chemical equilibrium beckons, reminding us that every reaction has its limits.

    Charting the Unknown:

    As we chart the uncharted realms of nitromethane synthesis, we glimpse tantalizing vistas on the horizon. From novel catalysts to unconventional reaction pathways, the future brims with untold possibilities waiting to be explored. Who knows what wonders lie beyond the veil of our current understanding? Perhaps one day, nitromethane synthesis will be as commonplace as baking bread, a testament to humanity’s boundless ingenuity.


    In conclusion, the synthesis of nitromethane stands as a testament to the enduring spirit of scientific inquiry. Through a blend of art and alchemy, chemists continue to push the boundaries of what is possible, forging new pathways in pursuit of knowledge and innovation. As we embark on this chemical odyssey, let us embrace the journey with open minds and adventurous spirits, for who knows what wonders await us in the ever-expanding universe of chemistry.

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  28. Nitromethane Synthesis: Breaking Bad with Chemistry


    When it comes to the world of chemistry, few compounds embody the blend of excitement and danger as much as nitromethane. With its explosive potential and pivotal role in various industrial processes, the synthesis of nitromethane has long captured the imagination of both scientists and enthusiasts alike. In this article, we’ll delve into the fascinating world of nitromethane synthesis, exploring its chemical intricacies, its applications, and even drawing parallels to the infamous television series “Breaking Bad”.

    Unraveling the Chemistry

    The synthesis of nitromethane is a captivating dance of molecules, where nitrogen, oxygen, and carbon come together in a high-stakes tango. Traditionally, nitromethane is produced through the nitration of methane, a process fraught with peril and excitement akin to the antics of Walter White and Jesse Pinkman. This reaction involves the introduction of nitric acid, often accompanied by sulfuric acid as a catalyst, to the humble methane molecule, resulting in the formation of the explosive nitromethane.

    Breaking Bad: Chemistry in Pop Culture

    In the realm of popular culture, few shows have managed to capture the allure of chemistry quite like “Breaking Bad”. The transformation of a meek high school chemistry teacher into a methamphetamine manufacturing kingpin struck a chord with audiences worldwide. Interestingly, the synthesis of nitromethane shares some striking similarities with the clandestine chemistry showcased in the series. Both processes require meticulous attention to detail, a dash of creativity, and a willingness to push the boundaries of scientific ethics.

    Applications and Impact

    Beyond its association with illicit activities, nitromethane finds a multitude of legitimate applications across various industries. From its role as a high-performance fuel additive in drag racing to its use as a solvent in chemical synthesis, nitromethane plays a crucial role in powering the engines of progress. However, its explosive nature necessitates careful handling and stringent safety measures, lest one find themselves on the wrong end of a chemistry experiment gone awry.

    Future Perspectives

    As we peer into the crystal ball of chemical innovation, it’s not hard to envision a future where the synthesis of nitromethane undergoes radical transformation. With advancements in green chemistry and sustainable manufacturing practices, researchers are exploring alternative pathways to produce this versatile compound. From enzymatic catalysis to renewable feedstocks, the possibilities are as vast as the New Mexico desert stretching before Walter White’s RV.


    In conclusion, the synthesis of nitromethane stands as a testament to the raw power and potential of chemistry. From its humble beginnings as a niche compound to its starring role in both industry and popular culture, nitromethane continues to captivate and inspire. As we navigate the ever-evolving landscape of chemical innovation, let us remember the lessons learned from both the laboratory and the small screen. After all, in the world of chemistry, sometimes it’s okay to break bad – as long as it’s done with a hint of humor and a touch of flair.

  29. Unveiling the Marvels of CAS 79-24-3: Nitroethane

    Introduction: The Nitroethane Odyssey

    In the vast landscape of organic chemistry, certain compounds shine like hidden gems waiting to be discovered. Among them stands CAS 79-24-3, Nitroethane, a compound that has intrigued chemists for decades with its diverse applications and fascinating reactivity. Let us embark on a journey to unravel the marvels of this compound, from its humble origins to its promising future.

    A Brief Encounter with Nitroethane

    CAS 79-24-3, Nitroethane, a simple molecule consisting of two carbons, one oxygen, and two nitro groups, might seem unassuming at first glance. However, beneath its unpretentious facade lies a world of possibilities. Nitroethane finds its way into various industries, from pharmaceuticals to explosives, owing to its versatile nature.

    Nitroethane in Synthesis: A Versatile Ally

    In the realm of organic synthesis, Nitroethane plays the role of a reliable ally, facilitating a myriad of transformations. Its ability to undergo reactions such as nitroaldol condensation and Michael addition makes it indispensable in the synthesis of complex molecules. Chemists wield it like a painter with their brush, crafting intricate molecular structures with precision and finesse.

    Explosive Potential: Nitroethane in Pyrotechnics

    Beyond the confines of the laboratory, Nitroethane finds itself in the heart of explosive formulations. Its role in pyrotechnics, where it serves as a key component in explosive mixtures, underscores its explosive potential. Like a fiery phoenix, Nitroethane ignites the sky with dazzling displays, captivating audiences and leaving them in awe of its power.

    The Nitroethane Dilemma: Safety Concerns and Environmental Impact

    While Nitroethane dazzles with its versatility, it also poses challenges in terms of safety and environmental impact. Its explosive nature demands careful handling, and its production often involves hazardous processes. Moreover, its persistence in the environment raises concerns about long-term ecological effects. As we delve deeper into the marvels of Nitroethane, we must tread cautiously, balancing innovation with responsibility.

    Future Horizons: The Evolution of Nitroethane

    As we peer into the future, the potential of Nitroethane appears boundless. Advances in synthetic methodologies promise to unlock new avenues for its utilization, while research into safer production methods aims to mitigate environmental risks. Furthermore, the exploration of Nitroethane derivatives holds the promise of novel materials and pharmaceuticals, propelling us towards a brighter, more sustainable future.

    Conclusion: Nitroethane – A Journey of Discovery

    In conclusion, CAS 79-24-3, Nitroethane, stands as a testament to the ingenuity of organic chemistry. From its humble beginnings to its multifaceted applications, Nitroethane continues to captivate and inspire chemists around the globe. As we navigate the complexities of its synthesis, harness its explosive potential, and confront its challenges, we embark on a journey of discovery, propelled by curiosity and fueled by innovation. Let us embrace the marvels of Nitroethane and pave the way for a future where science and sustainability go hand in hand.

    So, dear reader, as you ponder the wonders of CAS 79-24-3, remember: in the world of chemistry, even the most unassuming compounds can hold the key to extraordinary discoveries.

  30. Unveiling the Mysteries of Nitroethane (CAS 79-24-3): A Humorous Journey into the Realm of Chemical Curiosity


    Welcome, fellow adventurers, to the wacky world of Nitroethane (CAS 79-24-3). As we embark on this whimsical journey, prepare yourselves for a rollercoaster ride through the realms of chemistry, where laughter and enlightenment collide in a symphony of molecular madness.

    The Marvelous Molecule:

    Ah, Nitroethane, you enigmatic compound! With your molecular formula C2H5NO2, you stand as a testament to the wonders of organic chemistry. Like a mischievous imp hiding in the shadows of the laboratory, you beckon us to unravel your secrets.

    The Quirks and Charms of 79-24-3:

    Now, let us delve into the peculiarities of our protagonist, CAS 79-24-3. Despite your unassuming appearance, you possess a myriad of fascinating traits. Your ability to serve as a solvent, a fuel additive, and even a precursor in organic synthesis never fails to astonish.

    Oh, but beware, dear reader, for Nitroethane is not without its quirks! With a penchant for explosive reactions when mishandled, you keep even the most seasoned chemists on their toes. Yet, amidst the chaos, there lies a certain charm in your unpredictability.

    Exploring the Depths:

    As we venture deeper into the rabbit hole of Nitroethane, let us not overlook its profound implications in the realm of chemistry. From the synthesis of pharmaceuticals to the production of energetic materials, the versatility of CAS 79-24-3 knows no bounds.

    But let us not get too serious, dear reader! For amidst the scientific jargon and complex reactions, there exists a whimsical spirit waiting to be embraced. After all, who can resist the allure of a molecule that dances between danger and delight with such grace?

    Predictions for the Future:

    As we peer into the crystal ball of chemistry, one cannot help but wonder what the future holds for our beloved Nitroethane. Will new discoveries unlock even more of its hidden potential? Or perhaps, we may uncover unexpected applications that defy our current understanding.

    Regardless of what the future may hold, one thing is certain: the journey to unravel the mysteries of CAS 79-24-3 promises to be a thrilling adventure filled with laughter, learning, and maybe just a hint of madness.


    In conclusion, dear reader, let us bid farewell to Nitroethane (CAS 79-24-3) with a fond chuckle and a tip of the metaphorical hat. Though our journey may have come to an end, the spirit of curiosity and exploration that it inspired will continue to burn brightly in the hearts of scientists and adventurers alike.

    So, until we meet again in the whimsical world of chemistry, remember to approach each molecule with a sense of wonder and a dash of humor. After all, in the grand scheme of things, isn’t life just one big chemical reaction waiting to happen?

  31. Unraveling the Marvels of Synthesis: The Tale of BMK Methyl Glycidate


    In the grand tapestry of organic chemistry, where molecules dance to the rhythm of chemical bonds, there exists a captivating tale of synthesis—the saga of BMK Methyl Glycidate. This compound, with its intricate structure and promising applications, has captured the imagination of chemists worldwide. Join me on this exhilarating journey as we delve into the depths of its synthesis and ponder its boundless potential.

    The Genesis of BMK Methyl Glycidate

    The genesis of BMK Methyl Glycidate lies in the realm of chemical synthesis, where creativity intertwines with precision. At its core, this compound is crafted through a meticulous process that involves the transformation of precursors into a symphony of molecules. Central to this process is the utilization of nitromethane, a versatile reagent that serves as the cornerstone of synthesis.

    Synthesis Nitromethane: The Alchemist’s Elixir

    Ah, synthesis nitromethane—a veritable alchemist’s elixir! Its inclusion in the synthesis of BMK Methyl Glycidate heralds a convergence of reactivity and selectivity. Through a series of chemical acrobatics, nitromethane orchestrates the formation of key intermediates, guiding the synthesis towards its triumphant culmination.

    Picture this: a reaction vessel akin to a cauldron, where molecules frolic and collide in a ballet of molecular transformation. Within this enchanted crucible, nitromethane emerges as the catalyst of change, catalyzing reactions with finesse and flair. Its presence imbues the synthesis with a sense of dynamism, propelling it towards the realization of BMK Methyl Glycidate.

    The Dance of Chemical Bonds: A Molecular Waltz

    As the synthesis unfolds, the dance of chemical bonds ensues—a mesmerizing waltz of atoms and electrons. Here, every bond formed is a step towards the creation of BMK Methyl Glycidate, each reaction a choreographed masterpiece in the realm of organic chemistry.

    Synthesis nitromethane plays a pivotal role in this molecular ballet, facilitating key transformations with its electrifying presence. Through its interactions with other reagents, nitromethane bestows upon the synthesis a sense of direction, guiding molecules along the path to BMK Methyl Glycidate.

    Beyond Synthesis: A Glimpse into the Future

    As we peer into the crystal ball of scientific inquiry, the future of BMK Methyl Glycidate appears dazzlingly bright. With its potential applications ranging from pharmaceuticals to materials science, this compound holds the promise of unlocking new frontiers in research and innovation.

    Imagine a world where BMK Methyl Glycidate serves as the building block for life-saving medications or groundbreaking materials. Such a future, while still on the horizon, is within our grasp, fueled by the ingenuity of chemists and the allure of synthesis nitromethane.

    Conclusion: A Symphony of Science

    In conclusion, the tale of BMK Methyl Glycidate is a testament to the marvels of synthesis and the power of chemical ingenuity. Through the interplay of reagents like synthesis nitromethane, we unlock the secrets of nature and pave the way for a brighter tomorrow.

    So let us raise our flasks in celebration of this remarkable compound, for in its synthesis lies the potential to reshape the world of chemistry and beyond. As we continue to unravel its mysteries, may we be guided by the spirit of exploration and the joy of discovery.

    Note: Remember, while synthesis nitromethane is indeed a powerful reagent, always handle with care and respect for its potential hazards. Safety first, my fellow chemists!

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  33. Unraveling the Art of Synthesis: A Humorous Dive into BMK Methyl Glycidate Page


    Ah, the synthesis of BMK methyl glycidate! A task that brings both joy and frustration to the hearts of chemists worldwide. As we embark on this journey, let us don our lab coats, grab our beakers, and prepare for a rollercoaster ride through the twists and turns of chemical synthesis.

    The Quest for Synthesis:

    Picture this: a mad scientist locked in a dimly lit laboratory, surrounded by bubbling flasks and hissing test tubes. This is the scene where the magic happens, where the synthesis of BMK methyl glycidate unfolds like a suspenseful thriller. But fear not, dear readers, for we are armed with wit and wisdom to navigate this treacherous path.

    The Dance of Molecules:

    Synthesis, at its core, is a delicate dance of molecules, each step orchestrated with precision and finesse. Imagine the molecules as dancers on a stage, twirling and pirouetting in perfect harmony to create the desired compound. But just like any dance, one misstep can lead to chaos. Thus, the synthesis of BMK methyl glycidate requires not only skill but also a keen sense of timing and coordination.

    The Art of Balancing Act:

    Ah, the elusive art of balancing reagents and catalysts! It’s a bit like juggling flaming torches while riding a unicycle – exhilarating yet perilous. In the synthesis of BMK methyl glycidate, finding the perfect balance is key to success. Too much of one reagent, and the reaction may spiral out of control. Too little, and the desired compound remains elusive, like a tantalizing mirage in the desert of chemical synthesis.

    The Trials and Tribulations:

    Let’s be honest – synthesis can be a downright frustrating endeavor. Hours spent hunched over a lab bench, chasing elusive molecules through a maze of reactions. It’s enough to drive even the most stoic chemist to the brink of madness. But fear not, for every setback is a lesson learned, and every failed reaction brings us one step closer to mastery.

    Looking to the Future:

    As we gaze into the crystal ball of chemical synthesis, what do we see? A future where the synthesis of BMK methyl glycidate is not just a science, but an art form. Imagine a world where chemists wield their knowledge like master painters, crafting elegant reactions with the stroke of a pen. It may seem like a distant dream, but with perseverance and a dash of humor, anything is possible.


    In the end, the synthesis of BMK methyl glycidate is not just about mixing chemicals in a flask – it’s a journey of discovery, a quest for knowledge, and perhaps a few laughs along the way. So let us raise our test tubes high and toast to the adventurous spirit of chemistry. For in the world of synthesis, the only limit is our imagination. Cheers to the art of synthesis, and may our experiments always yield fascinating results!

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