Oil & Gas Fired Boilers

TKIL Industries Pvt. Ltd. has expertise in design, engineering and manufacturing of Oil and Gas fired boilers and Heat Recovery Steam Generators.

TKIL Industries supplies state-of-the art boilers for industrial application to meet the needs of a variety of industries, including petroleum refineries, petrochemical, chemical, oil & gas, metal, desalination plants, pulp and paper, textile and food industries, district heating plants and utilities.

Our offered Oil & Gas fired boilers comes in accordance with two basic design configurations:

horizontal flue gas path package boilers and vertical flue gas path boilers.

  • Technology Support - TERMOTECNICA INDUSTRIALE S.r.L, Italy (STF BOILERS & HRSG)
  • Product Range : from approx 40 t/h to 400 t/h upto 110 bar, 530 Deg C

Our boilers are designed to get:

  • Maximum efficiency
  • Extremely low levels of NOx and CO emissions to meet the most stringent requirements
  • Long term reliability
  • High turn-down ratio
  • High degree of automation

Technical features common to both the types of boilers include:

  • Two drum design
  • Large furnace dimensioning to ensure complete combustion and minimize emissions
  • Mono-wall fin tube construction
  • Low NOx burners and flue gas recirculation
  • High efficiency internals for steam drums
  • Minimum use of refractory

Fuels: natural gas, light oil, heavy oil, refinery gas and low heating value gases.

HEAT RECOVERY STEAM GENERATORS

Technology Support - TERMOTECNICA INDUSTRIALE S.r.L, Italy (STF BOILERS & HRSG)

Heat Recovery Steam Generators (HRSG) are designed in accordance with in-house technology, developed and standardized through many projects satisfactorily executed around the world with the most demanding clients of TERMOTECNICA INDUSTRIALE S.r.L

Product Range : Cover a very wide range of sizes, from HRSG behind small gas turbines of few MW up to the largest 500 MW units, firing gas or fuel oil.

A wide variety of designs that will be customized in order to meet your requirements:

  • Horizontal or vertical exhaust gas path
  • Natural or assisted circulation
  • One, two or three pressure levels with or without reheating
  • Advanced steam parameters
  • QTop supported heat exchange bundles
  • Pressure parts in loose harps or modular sections
  • Drum-type or once-through type HRSGs
  • Cold or hot casing design
  • Supplementary firing or fresh air firing system
  • Design for base load or cycling operation and fast start-up
  • Internal or external deaerator