
The Service Desk Technician I serves as the first point of contact for end-user technology support across Crystal Clean's 2,300-employee base. This role is responsible for diagnosing and resolving hardware, software, and connectivity issues, managing tickets in accordance with defined SLAs, and delivering a consistently high standard of service. The L1 Analyst operates within documented procedures and escalates appropriately to L2 when issues exceed scope.
Essential Functions
Endpoint Support
Microsoft 365
Identity & Access
Mobile & MDM
Printing
ITSM & Process
Customer Service
Education & Essential Qualifications
Preferred Qualifications
Work Environment
While performing the essential duties of this position an individual regularly works indoors and may be required to sit for long periods. Individual will be required to regularly talk, hear, see and often reach with hands, stand, walk, use a computer keyboard, mouse, telephone, and other office equipment. The noise level of the environment is generally quiet.
Crystal Clean LLC is an Equal Opportunity Employer. Crystal Clean expressly values diversity, equity, and inclusion, and encourages the applications of individuals from diverse backgrounds, so that Crystal Clean reflects the communities and customers that we serve.
The anticipated hourly range for this position is $32.00 – $34.00 an hour and includes benefits such as the following:

Crystal Clean is a national leader in the environmental services market, providing the smart alternative. Crystal Clean operates more than 120 service branches, industrial services facilities, and waste recovery centers serving the continental United States. It’s waste recovery centers include an oil re-refinery, multiple wastewater treatment and non-hazardous waste processing facilities, several antifreeze recovery centers, and a hazardous waste treatment, storage, and disposal facility. Whenever possible, Crystal Clean disposes of waste it collects in an environmentally sustainable way, recycling waste for reuse or disposing of in a waste-to-energy process.