Senior Research Scientist
Top Benefits
About the role
Positioned at the intersection of sustainability, technology, and critical resource recovery, pH7 Technologies is tackling urgent global challenges in mining and metal recycling by providing innovative closed-loop metal extraction processes. We are a dynamic, fast-paced company driven by a culture of innovation and collaboration. Our team is committed to attracting and retaining top, diverse talent who share our vision of building a better, cleaner planet.
Job Summary
The Senior Research Scientist will lead the development and optimization of critical metal recovery from end-of-life materials. This role carries full ownership of assigned research projects, including experimental design, data analysis, and technical guidance within the R&D team to advance technology scale-up and commercialization efforts.
The ideal candidate brings strong analytical and critical thinking skills, a proven ability to design experiments and interpret complex datasets, and the self-motivation to work independently on challenging technical problems. They excel in collaborative environments, communicate effectively across teams, and maintain a consistent commitment to safety, quality, and continuous improvement.
What You’ll Do
- Lead the design, execution, and interpretation of complex laboratory and pilot-scale experiments.
- Develop and optimize chemical processes, analytical methods, or product formulations.
- Mentor and guide junior scientists and research staff in experimental design and best practices.
- Collaborate with engineering, analytical, and operations teams to translate lab findings into scalable solutions.
- Author technical reports, patent disclosures, and publications as appropriate.
- Ensure scientific rigor, data integrity, and adherence to safety and quality standards.
- Contribute to project planning, timelines, and milestone tracking.
- Present results to internal stakeholders and external partners.
What You'll Need
- Advanced degree (PhD or MSc with significant experience) in Chemistry, Chemical Engineering, Materials Science, or related discipline.
- 5–8+ years of relevant research experience (industry or applied research preferred).
- Demonstrated expertise in the relevant domain.
- Strong track record of independent project execution and problem-solving.
How You’ll Stand Out
- Experience in process scale-up or technology commercialization.
- Experience mentoring or supervising scientific staff.
- Strong communication skills (written and verbal).
- Familiarity with IP development, safety systems, or quality management systems.
Working Hours & Environment
This is a full-time, on-site leadership role with pH7 Technologies. The position is primarily located at our R&D Lab, with occasional travel to other pH7 facilities as required.
Benefits
- Competitive compensation packages that scale with seniority, including ESOP equity and performance-based bonuses.
- Comprehensive, 100% company-funded extended health and dental coverage
- Access to free and low-cost mental health and wellness resources
- Three (3) weeks of paid vacation
- Ongoing professional development and growth opportunities
- Monthly all-staff team huddles with company updates, team-building activities, and social connection
- Regular opportunities to celebrate team achievements and milestones together
All applicants will be required to participate in a criminal history and credit history background check as part of the onboarding process. All employment offers at pH7 Technologies are contingent upon successfully completing and passing these checks.
pH7 Technologies is an equal opportunity employer. We are committed to creating an inclusive, respectful workplace that values the unique backgrounds, talents, and perspectives of all individuals. We encourage applications from candidates of all backgrounds and lived experiences and welcome those who bring diverse ideas and contributions to our team.
About pH7 Technologies
pH7's award-winning closed-loop technology is transforming critical metals extraction, supporting the transition to clean and renewable energy (e.g., hydrogen). This innovative process increases the supply of critical metals—such as copper, platinum, palladium, rhodium, and radium—through an environmentally and economically sustainable approach rooted in the circular economy.
The process uses organic, inorganic, and electrochemical methods to recovers metals from primary and secondary resources, including end-of-life materials that traditional methods struggle to process. It reduces wastewater, prevents hazardous chemicals from entering the environment, and lowers CO2 emissions to near zero. This approach makes it possible to sustainably extract the critical metals needed for green energy solutions.
Recent Recognition & Awards: Recognized “One to Watch” at the 2024 Cleantech Export Summit by Export Development Canada (EDC)
Winner of the Environmental Sustainability Award, In 2024 Burnaby Board of Trade Business Excellence Awards
Named in the prestigious 2024 Global Cleantech 100
Selected for the SET100 list of emerging climate tech startups
Recipient of Clean50/Clean16 awards for excellence in cleantech R&D
Strategic Partnerships: We're proud to collaborate with industry leaders including BASF, Mitsubishi International, and Johnson Matthey to advance sustainable metal processing globally.
Our Technology Advantage: Proprietary process that outperforms traditional pyro and hydro metallurgy approaches
Zero toxic emissions, wastewater, or effluent
Significantly reduced energy consumption
Higher quality metal recovery
Economically viable processing of previously uneconomical materials
Our breakthrough technology is enabling the transition to renewable energy while helping partners achieve their sustainability goals in four key areas:
PGM processing Copper ore extraction E-waste recycling Green hydrogen production
Senior Research Scientist
Top Benefits
About the role
Positioned at the intersection of sustainability, technology, and critical resource recovery, pH7 Technologies is tackling urgent global challenges in mining and metal recycling by providing innovative closed-loop metal extraction processes. We are a dynamic, fast-paced company driven by a culture of innovation and collaboration. Our team is committed to attracting and retaining top, diverse talent who share our vision of building a better, cleaner planet.
Job Summary
The Senior Research Scientist will lead the development and optimization of critical metal recovery from end-of-life materials. This role carries full ownership of assigned research projects, including experimental design, data analysis, and technical guidance within the R&D team to advance technology scale-up and commercialization efforts.
The ideal candidate brings strong analytical and critical thinking skills, a proven ability to design experiments and interpret complex datasets, and the self-motivation to work independently on challenging technical problems. They excel in collaborative environments, communicate effectively across teams, and maintain a consistent commitment to safety, quality, and continuous improvement.
What You’ll Do
- Lead the design, execution, and interpretation of complex laboratory and pilot-scale experiments.
- Develop and optimize chemical processes, analytical methods, or product formulations.
- Mentor and guide junior scientists and research staff in experimental design and best practices.
- Collaborate with engineering, analytical, and operations teams to translate lab findings into scalable solutions.
- Author technical reports, patent disclosures, and publications as appropriate.
- Ensure scientific rigor, data integrity, and adherence to safety and quality standards.
- Contribute to project planning, timelines, and milestone tracking.
- Present results to internal stakeholders and external partners.
What You'll Need
- Advanced degree (PhD or MSc with significant experience) in Chemistry, Chemical Engineering, Materials Science, or related discipline.
- 5–8+ years of relevant research experience (industry or applied research preferred).
- Demonstrated expertise in the relevant domain.
- Strong track record of independent project execution and problem-solving.
How You’ll Stand Out
- Experience in process scale-up or technology commercialization.
- Experience mentoring or supervising scientific staff.
- Strong communication skills (written and verbal).
- Familiarity with IP development, safety systems, or quality management systems.
Working Hours & Environment
This is a full-time, on-site leadership role with pH7 Technologies. The position is primarily located at our R&D Lab, with occasional travel to other pH7 facilities as required.
Benefits
- Competitive compensation packages that scale with seniority, including ESOP equity and performance-based bonuses.
- Comprehensive, 100% company-funded extended health and dental coverage
- Access to free and low-cost mental health and wellness resources
- Three (3) weeks of paid vacation
- Ongoing professional development and growth opportunities
- Monthly all-staff team huddles with company updates, team-building activities, and social connection
- Regular opportunities to celebrate team achievements and milestones together
All applicants will be required to participate in a criminal history and credit history background check as part of the onboarding process. All employment offers at pH7 Technologies are contingent upon successfully completing and passing these checks.
pH7 Technologies is an equal opportunity employer. We are committed to creating an inclusive, respectful workplace that values the unique backgrounds, talents, and perspectives of all individuals. We encourage applications from candidates of all backgrounds and lived experiences and welcome those who bring diverse ideas and contributions to our team.
About pH7 Technologies
pH7's award-winning closed-loop technology is transforming critical metals extraction, supporting the transition to clean and renewable energy (e.g., hydrogen). This innovative process increases the supply of critical metals—such as copper, platinum, palladium, rhodium, and radium—through an environmentally and economically sustainable approach rooted in the circular economy.
The process uses organic, inorganic, and electrochemical methods to recovers metals from primary and secondary resources, including end-of-life materials that traditional methods struggle to process. It reduces wastewater, prevents hazardous chemicals from entering the environment, and lowers CO2 emissions to near zero. This approach makes it possible to sustainably extract the critical metals needed for green energy solutions.
Recent Recognition & Awards: Recognized “One to Watch” at the 2024 Cleantech Export Summit by Export Development Canada (EDC)
Winner of the Environmental Sustainability Award, In 2024 Burnaby Board of Trade Business Excellence Awards
Named in the prestigious 2024 Global Cleantech 100
Selected for the SET100 list of emerging climate tech startups
Recipient of Clean50/Clean16 awards for excellence in cleantech R&D
Strategic Partnerships: We're proud to collaborate with industry leaders including BASF, Mitsubishi International, and Johnson Matthey to advance sustainable metal processing globally.
Our Technology Advantage: Proprietary process that outperforms traditional pyro and hydro metallurgy approaches
Zero toxic emissions, wastewater, or effluent
Significantly reduced energy consumption
Higher quality metal recovery
Economically viable processing of previously uneconomical materials
Our breakthrough technology is enabling the transition to renewable energy while helping partners achieve their sustainability goals in four key areas:
PGM processing Copper ore extraction E-waste recycling Green hydrogen production