About Phoenix Tailings 
Phoenix Tailings is a rapidly growing clean mining and metals production startup dedicated to sustainable and economic critical metals production. Our mission is to be the world’s first fully clean mining and metals production company, producing the resources needed for the next generation of our economy. 
 
Why Phoenix Tailings 
At Phoenix, we believe nothing great is ever accomplished alone—or without people who push the boundaries of what’s possible. You’ll be joining a team building the foundational infrastructure for a secure, domestic supply of critical metals. The work you do here will directly influence how rare earths and other strategic materials are produced for decades to come. 
 
Our Values:  
● You are only crazy if you are wrong, it’s ok to be wrong
● Lead with Compassion
● Be Resourceful
● Listen
● Hustle
 
Who We Are Looking For: 
Phoenix Tailings is looking for a Chemical Engineer I with a strong foundation in hydrometallurgy and wet chemistry who is excited to work hands-on in the laboratory and pilot environment to develop and scale next-generation critical metals processes. 
This role is focused on executing experiments, generating high-quality data, and supporting early scale-up rather than primarily modeling or simulation work. You will work closely with senior engineers and scientists to operate laboratory systems, refine process conditions, and translate experimental results into scalable process designs that enable Phoenix Tailings’ transition from R&D to commercial deployment. 
 
This pay range reflects the expected compensation for this role and may vary based on experience and qualifications.
 
Salary Range: $70,000-$100,000


Key Responsibilities:

Design, execute, and analyze laboratory-scale experiments for hydrometallurgical processes including leaching, separation, and purification of critical and rare earth metals 

Perform wet chemistry work in a laboratory setting, including solution preparation, pH control, precipitation, filtration, and material handling 

Generate high-quality experimental data to support process development, optimization, and scale-up decisions 

Support equipment sizing and selection for reactors, thickeners, filtration systems, and mixer-settlers based on process requirements and experimental results 

Assist in translating laboratory and bench-scale results into pilot-scale process concepts and operating parameters 

Support development of process flow diagrams (PFDs), mass balances, and operating assumptions informed by experimental data 

Collaborate with R&D and pilot teams to troubleshoot process challenges and refine operating conditions 

Maintain clear experimental records, technical documentation, and summaries for internal design reviews 

Qualifications:

Bachelor’s or Master’s degree in Chemical Engineering or a related discipline 

1–3 years of experience in laboratory-based process engineering, hydrometallurgy, or chemically intensive systems 

Hands-on wet chemistry experience in a laboratory setting, including lab safety practices, aqueous chemistry, acid–base chemistry, filtration, and precipitation 

Understanding of core hydrometallurgical unit operations including leaching, solid–liquid separation, solvent extraction, and precipitation 

Ability to execute experiments, interpret results, and apply findings to process development and early scale-up efforts 

Familiarity with laboratory and pilot-scale chemical equipment and operations 

Motivated by building real-world infrastructure that advances clean technology and strengthens domestic critical materials supply chains 

We offer a competitive compensation package that is based on expertise. We also offer the following benefits: