Energy & Power Plant Engineering Services
Best of Both Worlds: Hybrid Model
Brindley’s “Hybrid Matrix Model” combines the best elements of the Capital, O&M, BOP and Outage Project worlds into a comprehensive, fit-for-purpose execution strategy built for the Energy and Power Industries. Our empowered and highly trained team members simplify the complex when it comes to project execution, leading to higher quality and cost efficiency.
Our approach results in a fit-for-purpose team that is flexible, efficient, and cost effective across a gamut of project execution scenarios: from single, quick hit projects to larger outage and capital projects within the Energy and Power Generation portfolio.
Brindley Engineering welcomes the new changing Energy and Power Generation industry landscape. At Brindley we see change as evolution. We excel at developing new ways of approaching projects utilizing new systems and technologies with proven methods of engineering, design and project management.
Energy & Power Plant Engineering Solutions for:
- Energy Recycling
- Energy Storage Systems
- Renewable Wind and Solar Farms
- Simple Cycle Gas Fired Power Plants
- Combined Cycle Gas Fired Power Plants
- Combined Heat and Power Plants (CHP)
- Coal Fired Power Plants
- Steam Generation Plants
- Waste-to-Energy Facilities
- Geothermal Power Plants
- Waste-Heat Capture
Engineering Design, Project Planning & Execution:
- Balance of Plant (BOP) Multi-Discipline Engineering and Design Projects
- Structural Reliability Program and Asset Management Systems™
- Cooling Tower Assessment and Repair Design Program
- Mechanical Integrity (MI) planning and Reliability Assessments
- Equipment Strategies and Preventative Maintenance Planning
- API 579 Fitness for Service (FFS) Assessments through Level 3
- Finite Element Analysis (FEA)
- Corrosion Under Insulation (CUI) programs
- Field Assessments for Project Feasibility and Cost Analysis
Power Plant Engineering Solution Case Studies
Coal Dust Collection System Upgrade: Part 3
The helicopter lift was scheduled, and our team went to work on prepping the roof for the…
COAL DUST COLLECTION SYSTEM UPGRADE: PART 2
Systems today consist of dust collection baghouse silos, negative pressure pneumatic conveying piping, and…
Coal Dust Collection System Upgrade: Part 1
Coal travels to the coal fired power plants via a 110-ton train cars, sometimes over a mile long, and arrive multiple…
Variation in level measurement systems
From power plant boiler drums, to chemical plant tank storage vessels, our clients rely on level measurement throughout their facilities for…