

Explore all the solutions you can create with Paperform: surveys, quizzes, tests, payment forms, scheduling forms, and a whole lot more.
See all solutions











Connect with over 2,000 popular apps and software to improve productivity and automate workflows
See all integrations
Explore all the solutions you can create with Paperform: surveys, quizzes, tests, payment forms, scheduling forms, and a whole lot more.
See all solutions
Connect with over 2,000 popular apps and software to improve productivity and automate workflows
See all integrations
Are you passionate about environmental technology and cutting-edge water purification research? This plasma water treatment internship offers hands-on experience with non-thermal plasma systems, advanced oxidation processes (AOPs), and emerging contaminant removal technologies. Whether you're an undergraduate, graduate student, or recent graduate looking to gain specialized experience in water treatment engineering, this opportunity provides exposure to groundbreaking research that addresses critical global challenges in water quality and public health.
This internship focuses on innovative plasma-based water treatment technologies that are transforming how we address pharmaceutical contamination and drinking water purification. You'll work alongside experienced researchers investigating non-thermal plasma discharge systems, radical chemistry, and advanced oxidation mechanisms that can break down persistent organic pollutants that traditional treatment methods cannot effectively remove.
Interns gain practical experience with laboratory instrumentation, experimental design, water quality analysis, and scientific documentation. You'll be involved in projects exploring the removal of pharmaceutical compounds, endocrine-disrupting chemicals, and other emerging contaminants from water sources—research that has direct implications for protecting drinking water supplies and aquatic ecosystems.
Pharmaceutical contamination in water systems is a growing environmental and public health concern worldwide. Conventional water treatment plants were not designed to remove these micropollutants, which can pass through into drinking water and natural water bodies. Non-thermal plasma technology and advanced oxidation processes represent a promising frontier in water treatment, capable of mineralizing complex organic molecules without creating harmful byproducts.
By participating in this research, you'll contribute to developing scalable, energy-efficient water treatment solutions that could be deployed in municipal water systems, pharmaceutical manufacturing facilities, and wastewater treatment plants globally.
This internship application is powered by Paperform, the flexible form builder designed for research institutions, universities, and environmental organizations. Rather than juggling email chains and PDF attachments, you can collect all application materials—academic transcripts, research statements, CVs, and references—in one organized, professional submission.
Paperform's document upload fields make it easy for applicants to attach supporting materials, while conditional logic ensures each candidate provides relevant information based on their academic level and research interests. Once applications are submitted, they can flow directly into your applicant tracking system or trigger automated workflows through Stepper (stepper.io) to notify reviewers, schedule interviews, and track candidates through your selection process.
For research programs managing multiple internship opportunities or fellowship applications, Paperform offers the compliance and security features you need—including SOC 2 Type II certification and data residency controls—to handle sensitive academic and personal information responsibly.
This internship is ideal for students and recent graduates in environmental engineering, chemical engineering, chemistry, physics, or related technical disciplines who want to specialize in water treatment technology and environmental remediation. We welcome applicants at various academic levels—from motivated undergraduates to PhD candidates—who demonstrate curiosity about plasma physics, electrochemistry, and environmental applications.
Previous laboratory experience is valuable but not required; enthusiasm for scientific inquiry and a commitment to addressing environmental challenges are essential. International applicants are encouraged to apply, though work authorization requirements may vary by program location.
Completing an internship in plasma water treatment technology positions you for careers in environmental engineering firms, water utility companies, government environmental agencies, and research institutions. The specialized knowledge you gain in advanced oxidation processes and emerging contaminant removal is increasingly sought after as regulations around water quality continue to evolve.
Beyond technical skills, you'll develop critical competencies in research methodology, scientific communication, collaboration, and problem-solving that translate across environmental science and engineering disciplines. Many of our former interns have gone on to graduate programs, research positions, and technical roles at leading environmental technology companies.
Ready to contribute to the future of clean water technology? Complete your application through this streamlined form and take the first step toward meaningful research experience in plasma water treatment and environmental engineering. Our team reviews applications on a rolling basis and will contact qualified candidates for interviews.
Join us in developing innovative solutions to one of the most pressing environmental challenges of our time—ensuring access to safe, clean drinking water for communities worldwide through advanced plasma-based purification technology.