Creating customized solutions to design an efficient utility infrastructure that exceeds clients’ needs and goals 

 

Custom Solutions That Fit Our Clients’ Needs 

Sebesta Blomberg provides sustainable solutions that impact all aspects of plant operations and utility infrastructure planning. Our extensive design knowledge and seasoned professionals allow us to provide a level of service that makes the difference between an adequate project and an exceptional project. We understand that the economic and operational realities of your project include efficiency, maintainability, future plans for expansion and flexibility in operations. Our goal is to help clients integrate their systems, reduce costs and improve operations, whether we’re developing a comprehensive plan for installing and running a multi-million dollar utility infrastructure, or troubleshooting a single piece of equipment. Our experience goes beyond design and engineering and includes startup and commissioning expertise that is second to none. We’ll get your system up and running smoothly, regardless of system type or project scope. 

 

An Integrated Approach 

Sebesta Blomberg provides an integrated approach that includes involvement from the utility planning stages through construction and startup of a central plant facility. By working closely with the owners, facility management and administrative resources, we gain a clear understanding of an organization’s goals and mission. We will then work with the owner to determine the best project for long-term needs of the organization. We provide a full array of services including financial evaluation, environmental permitting, procurement, design, construction administration, startup and commissioning services. Our ability to assess opportunities, develop project consensus and model future operations enables us to help clients achieve their goals and mission. 

 

Areas of Expertise 

• Boiler Systems: Evaluation and design of boiler systems, boilers, plant auxiliaries, steam and hot water distribution systems and controls. 

• Power Generation: Engine generators, combustion turbines, steam turbines. 

• Chilled Water Systems: Evaluation and design of chilled water systems including chillers, cooling towers, distribution systems and controls. 

• Utility Assessments: Capacity, reliability, performance, benchmarking, feasibility studies, lifecycle cost analyses and facility audits. 

• Asset Management/Cost Estimation: Evaluation of equipment condition and future potential costs to operate and maintain the system; identify upgrade strategies to meet long-term facility plans. 

• Hydraulic Modeling: Analysis of piping distribution systems. 

• Compressed Air Systems: Evaluation and design of compressed air systems including compressors, dryers, filters, distribution systems and controls. 

• Operations: Commissioning, training, control systems, operations management. 

• Environmental Services: Managing risks and making opportunities from environmental requirements.