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Engine_RenderingENERGYneering Solutions, Inc. (ESI) provides experience, flexibility, and follow-through in engineering and design of renewable energy solutions for today's changing energy market.

EXPERIENCE

With almost 50 years of collective experience in renewable energy design, clients can be confident in ESI's engineering and design capabilities. Our staff of engineers have completed projects that vary widely in both scope of work and size of project. Throughout each design phase, we utilize the latest in design technology to assure the quality of the final product. From feasibility studies to full turn-key designs, clients can be confident that ESI has the experience required for their specific project needs.

4-engine_RenderingFLEXIBILITY

ESI's engineering and design team offers the flexibility required to adapt and adjust to project specific design needs. We strive to maintain open communication with the client throughout the design process so that the end product is something they can be proud of.

FOLLOW-THROUGH

In all of ESI's designs, our commitment to follow‐through is evident in the final product. Our hands‐on experience in operations, startup, construction, and field work is applied to all of our designs, assuring that our fully functional facilities will operate simply and efficiently both now and in years to come. With our excellent track record of design completion, clients can be sure that ESI possesses not only the necessary skills but also the commitment needed to follow‐through on a design from beginning to end.

 
Engineering & Design Portfolio Samples

Baseline Facility

Marion County Renewable Energy Facility

Owner: G2 Energy, LLC

Project Completion: December 2008

Equipment: Two Caterpillar G3520C Reciprocating Gensets

Capacity: 3.2 megawatts

Location: Baseline Landfill Marion County, Florida

ENERGYneering provided design and construction oversight for the Baseline Facility at the Baseline Landfill. ENERGYneering currently operates the facility on behalf of G2 Energy. The still-active landfill is owned and operated by the Marion County Solid Waste Department. The design consisted of two Caterpillar G3520C Gensets housed in a building with related mechanical and electrical systems. The design included coordination between the facility and an existing flare and LFG collection system. The project included an ENERGYneering designed SCADA system that allows partial control of the facility and storage of accurate operating data. The SCADA system can be accessed remotely via personal computer or smartphone.

View Project Summary PDF

View Fly-Through & Scada Videos

The Project Included:

Turn-key design
  • Utility interconnection
  • Mechanical system
  • Electrical system
  • Integration with existing LFG collection
    system and flare station
  • SCADA system

Fineley Project

Finley Butte LFGTE Facility

Owner: Finley BioEnergy, LLC

Project completion: May 2009

Equipment: Three Caterpillar G3520C Gensets, Cain exhaust heat recovery unit and fat plate heat exchangersCapacity:4.8 megawats and 13.5 MMBT/hr

Location: Finley Butte Landfill, Boardman, Oregon

View Project Summary PDF

View Fly-Through & Scada Videos

Originally designed as a Combined Heat and Power (CHP) facility with a capacity of 3.2 MW and 9 MMBTU, ENERGYneering expanded the facility to 4.8 MW and 13.5 MMBTU/hr.

The facility utilizes three Caterpillar G3520C Gensets, a Cain exhaust heat recovery unit and fat plate heat exchangers housed in a building with related mechanical and electrical systems. Finley BioEnergy sells the electricity produced at the facility to PacifCorp and sells the heat to Cascade Specialties, Inc. who in turn uses it to dehydrate onions for value added products.

The Project Included:

  • Turn-key design of facility expansion
    • Mechanical systems
    • Electrical systems
    • Integration of SCADA systems
    • Upgrade of existing heat recovery system
  • Construction and start-up coordination

The project included an ENERGYneering designed SCADA system that monitors and controls all facility power and heat generation equipment. As a result accurate operating data is captured and utilized for reporting to various stakeholders. The SCADA system is integrated with a call-out system that will notify operators of any alarm or shutdown condition. The SCADA system can be accessed remotely via personal computer and smartphone from anywhere in the world.

Old Dominion Facility

Old Dominion LFGTE Prelminary Design

Owner: Fortistar Methane Group

Estimated project completion: Fall 2010

Description: Preliminary Design for a LFGTE facility with 4 CAT3520s

Capacity:6.2MW

Location: Old Dominion Landfill, Richmond, VA

ENERGYneering Solutions Inc. has provided preliminary design work for a new LFGTE facility at the Old Dominion Landfill in Richmond, VA. ESI provides clients with preliminary design work as needed throughout the beginning stages of a project. Preliminary design typically includes but is not limited to interconnection studies, preliminary budget numbers, facility renderings, process diagrams, electrical single-lines, and a basis of design report outlying the scope of the project.

View Project Summary PDF

Preliminary design on this project included:

  • Interconnection Study
  • Facility Renderings
  • Electrical Single-Line
  • PNID diagrams
  • Facility Layout
  • Basis of Design Report
  • Preliminary Budget

Knott Study

Knott Landfill Gas to Energy Study

Owner: Deschutes County Solid Waste Deptartment

Project completion: April 2009

ENERGYneering, at the request of the Deschutes County Solid Waste Department, evaluated the economic and technical feasibility of a new distributed generation and renewable energy project at the Knott Landfill in Bend, Oregon.

The Deschutes County Solid Waste Department is moving forward with a renewable energy pilot project based upon the recommendations of the ENERGYneering feasibility study.

The Feasibility Study Report Consisted of:

  • Landfill gas recovery projection
  • Review of existing LFG collection system and recommendation for future expansion
  • LFG utilization technologies
  • Potential financial incentives
  • Potential development options
  • Financial pro-forma for different development options