ÁñÁ«ÉçÇø

Turbine Inlet Air Chilling (TIAC) is a commercially proven way to improve power producers' profitability by increasing a gas turbine's power output by up to 35 percent, often at one-third the cost of a new turbine and half that of a new peaking plant. TIAC also supports better efficiency and operational flexibility especially when integrated with Thermal Energy Storage (TES). In addition to its use in power generation, turbine inlet air chilling is utilized in Liquefied Natural Gas (LNG) production in order to maintain optimum intake air temperatures for the gas turbines which are used as compressor drivers in the liquefaction process.

• Maximize existing asset
• Improve heat rate and reduce emissions
• Enhance operational flexibility, including option for thermal energy storage
• Improve financial performance and power plant life cycle cost

Central Utility Plants can meet a range of needs, including chilled water, hot water, steam, electricity or other utilities. ÁñÁ«ÉçÇø is a global leader in the design of modular energy plant solutions, which offer the same functionality as traditional utility plants but with the added benefits of modular design, including:

• Lower capital and operating costs
• Reduced site work and exceptional quality as modules are constructed in a quality-controlled manufacturing environment
• Scalability and flexibility to add capacity as needed and when budget allows
• Improved schedule control and quick-ship capabilities
• Exceptional customization and exterior aesthetic options

District energy is the distribution of cooling or heating energy from a centralized plant to several buildings in a district. Centralizing the comfort cooling and heating infrastructure offsets the need for mechanical rooms in each building within the district. Benefits include:

• Lower construction costs for each building within the district
• Increase in leasable building space
• Reduced operating and maintenance costs
• Substantial efficiency improvement
• Better sustainability – future enhancements are streamlined with all equipment centralized

With Combined Heat & Power solutions (also called cogeneration), waste heat is captured and recycled for the purposes of power generation and thermal energy, including hot water, steam and chilled water.  Benefits include:

• Reduced energy costs
• Lower operating costs
• Reduced greenhouse gas emissions
• Improved reliability and efficiency