Detailed Thermodynamic Calculations: The company performs intricate thermodynamic calculations to study the transfer and transformation of energy in various turbine systems. This process assists in designing efficient, sustainable systems and identifies avenues for energy conservation and improved performance.
Rotor Dynamics: Schwartz Turbotech conducts rotor dynamics analysis to ensure the rotor's stability under operational conditions. It involves the careful examination of rotor vibration, balance, and alignment to significantly reduce failure risks and optimize system performance.
Performance Trials (PG Tests): The company carries out performance trials or plant guarantee tests to verify if the turbine's operation meets the specified performance requirements. These tests play a crucial role in validating efficiency, reliability, and overall functionality.
Proposal / Feasibility Check: Schwartz Turbotech conducts thorough feasibility checks before undertaking any project. This includes a comprehensive analysis of technical, economic, legal, and scheduling aspects to ensure a positive outcome and profitability.
Site Support Activities: The company provides extensive on-site support, including maintenance, troubleshooting, and operational assistance. They are committed to ensuring a smooth, efficient operation and respond promptly to any issue that arises during the project.
FEA and CFD Analysis: Schwartz Turbotech utilizes Finite Element Analysis (FEA) and Computational Fluid Dynamics (CFD) analysis to simulate the physical behavior of turbines. This predictive tool helps in optimizing designs, verifying performance, and resolving potential issues before they become more significant problems.
Foot Print Replacement Turbines: They offer solutions for footprint replacement turbines, which replace existing turbines without major alterations to the existing foundation or layout. This provides an efficient, cost-effective option for enhancing performance while reducing the turbine downtime during replacement.
Specifications for Balance of Plant Components: The company details the specifications for Balance of Plant components such as gland sealing stations, lube oil systems, governing systems, couplings, and generators. These specifications guide the design, manufacturing, and assembly processes, ensuring that the system performs effectively as a whole unit.
Erection and Commissioning: The company oversees the whole process of erection and commissioning of the turbine, which involves assembling, installing, and ensuring the turbine is ready for use. The focus is on safety, accuracy, and reducing the time before the turbine becomes operational.
Conversion of Thermal Calculations to Design Drawings and Documents: They are capable of transforming all thermal calculations into comprehensive design drawings and documents. These serve as a crucial roadmap during the manufacture and assembly stages and ensure the design requirements are met thoroughly.
Indigenization of Imported Components: Schwartz Turbotech specializes in the indigenization of imported turbine components, which includes refining, reinventing, or producing domestic equivalents of imported components. This not only makes the components more cost-effective but also creates self-reliance in the component manufacturing process.
Design & Drawing of Turbine Components: They offer detailed design and drawing services for turbine components, ensuring that every part is precisely defined and that construction will fulfil operational requirements.
Material Specification and Inspection & Test Requirements: Schwartz Turbotech provides material specifications and sets inspection and testing standards for each component, ensuring they meet the necessary industry and safety standards.
Manufacturing Support to Vendor, Operations & Maintenance, and Purchase: The company extends support to vendors, operations and maintenance (O&M) teams, and purchasing departments. This ranges from assisting in material swapping to troubleshooting issues, aiming to streamline processes, and ensure seamless operations.
