Projects
Praxair Corporation- Tonawanda, New York.
Photo Via https://heat-exchanger-world.com
ID/IQ Praxair Cryogenic Air Separation System Design and Engineering Services
InTomes provides comprehensive design and drafting support for Praxair’s cryogenic air separation systems, working both on-site at Tonawanda, NY, and remotely from Springville, NY. Our team focuses on precision, compliance, and efficiency across the project lifecycle.
Advanced Design Tools: We use AutoCAD for 2D/3D drafting, SolidWorks for complex 3D modeling, Bentley for infrastructure design, and Inventor for digital prototyping, ensuring accuracy and adaptability across various design needs.
Proven Project Execution: Consistent delivery of design solutions that meet Praxair’s standards for performance, safety, and compliance across multiple projects.
Optimized System Performance: Our tailored designs enhance system efficiency, improve process flow, and reduce operational risks, aligning with client specifications and regulatory standards.
SPRU-Separation Plant Research Unit (DOE Facility), Niskayuna, New York
Photo Via www.energy.gov
SPRU Decontamination & Decommissioning (D&D) of Process Cells, Tanks, and Equipment
InTomes conducted full D&D services at the DOE’s SPRU facility, managing high-radiation and airborne contamination conditions with stringent safety protocols.
Comprehensive Project Management: Our team ensured seamless coordination, budget adherence, and strict compliance with safety standards.
Specialized Engineering Services:
Mechanical Engineering: Applied precision engineering to safely manage contaminated equipment, minimizing risk to personnel.
Structural & Electrical Engineering: Conducted stability assessments and safe power isolation, ensuring operational and structural safety in high-dose areas.
Ventilation Engineering: Developed customized ventilation systems to control airborne contaminants, maintaining safety compliance in high-risk zones.
3D Modeling & Rigging Expertise: Used advanced 3D modeling for accurate representations and detailed rigging plans, enabling the safe dismantling of heavy, contaminated materials.
Procurement Support: Secured specialized materials for D&D in high-contamination zones, ensuring quality and timely delivery.
Washington Closure Hanford (DOE Facility) – Hanford, Washington
Hanford’s Waste Treatment and Immobilization Plant. (Photo: DOE)
Hanford Vertical Pipe Unit (VPU) TRU Waste Recovery and Remediation
At the Hanford Waste Treatment Plant, InTomes executed D&D services for TRU waste recovery, emphasizing safety, compliance, and operational efficiency in a DOE-regulated environment.
Project Management Excellence: Coordinated complex D&D activities, maintaining clear communication with stakeholders and timely project execution.
Engineering & Quality Assurance:
Radiological Containment Systems: Designed containment systems to manage TRU waste, ensuring containment integrity and personnel protection.
Ventilation & Material Handling Solutions: Developed custom ventilation for air quality control and specialized handling systems for safe waste transport.
Packaging & Remote Operational Controls: Designed secure packaging for TRU waste and implemented remote operation controls to reduce radiation exposure.
Radiological Safety Processes: Established rigorous safety protocols to ensure adherence to DOE standards, protecting personnel while maintaining effective control over high-risk activities.
WIPP-Waste Isolation Pilot Plant (DOE Facility)- Carlsbad, New Mexico
Photo Via wipp.energy.gov
Re-Design of the Portable TRU Waste Sorting & Packaging Facility
InTomes managed the re-design of a radioactive material sorting and packaging facility, focusing on enhanced safety, efficiency, and contamination control.
Contamination Control Enhancements: Implemented advanced containment barriers, minimizing contamination risks and protecting personnel in high-exposure areas.
Streamlined Operational Efficiency: Redesigned workflows to reduce bottlenecks and improve throughput, enhancing the overall efficiency of high-risk sorting processes.
Safety-Focused Design Elements: Integrated ergonomic design features, improved ventilation, and safer access routes to reduce operator exposure risks.
ASME NQA-1 Quality Compliance: Executed all redesign phases in alignment with ASME NQA-1 standards, ensuring rigorous compliance and operational integrity.
CH2M HILL BWXT West Valley, LLC
CHBWV ID/IQ Services for Facility Decommissioning
For CHBWV, InTomes provides ID/IQ support across decommissioning projects, emphasizing compliance, safety, and efficiency.
Multidisciplinary Expertise: Our team includes specialists in air monitoring, engineering (mechanical, structural, and electrical), radiation safety, and project control, providing comprehensive decommissioning support.
Key Roles & Responsibilities:
Air Monitoring & Dosimetry Technicians: Real-time assessments of airborne contaminants and radiation exposure monitoring.
Engineers & Designers: Develop safety-compliant decommissioning plans and schematics for dismantling and material transport.
QA & Compliance: Internal QA personnel and lead auditors ensure rigorous adherence to safety and regulatory standards.
Project Control Specialists: Track budgets and timelines to ensure efficient project execution.
Regulatory Compliance & Safety Assurance: Maintains high standards in all decommissioning activities, enabling CHBWV to meet regulatory requirements safely.
Honeywell UOP - Tonawanda, New York
Picture Via uop.honeywell.com
On-Site and Remote Mechanical Design Support for Petroleum Separation Columns
InTomes provided Contingent Workers as on-site and remote design support for optimizing petroleum separation columns, collaborating with engineering teams to drive performance and efficiency.
Effective Communication & Coordination: Maintained ongoing communication with fabricators and clients, ensuring alignment on project milestones and quick responsiveness to client needs.
Compliance & Documentation: Designed columns in compliance with industry standards, producing thorough documentation and installation guides to support accurate production and installation.
Advanced Engineering Tools: Utilized industry-leading tools to create high-precision layouts, enhancing operational efficiency and ensuring seamless integration of design improvements.