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Continental Controls Corporation

Fuel Controls for Gas Turbines and Reciprocating Gas Engines

Continental Controls Corporation is a leading supplier of fuel control products for both natural gas engines and gas turbine engines.

Address
7720 Kenamar Ct,
CA,
San Diego,
92121,
California,
United States of America
Phone

Continental Controls Corporation is a leading supplier of fuel control products for both natural gas engines and gas turbine engines. All of CCC’s valves include a CPU integrated into a “smart valve concept”. Mechanically all of the fuel valves provide an exceptionally fast response with minimal friction and hysteresis, and an integrated fuel measurement.

Electronic gas fuel valve

The GV1 gas valve operates as a variable pressure controller monitoring and controlling the gas injection pressure to either the carburetor or mixing venturi of the engine. The valve will respond within 30ms to a change in downstream pressure, which enables the valve to react to load changes much more quickly than a traditional AFR valve that only reacts to changes in the oxygen feedback from the engines exhaust.

The GV1 operates with either naturally aspirated gas engines or (by adding a turbo balance line) with turbocharged engines. The valve can control many types of gaseous fuels such as natural gas, field gas, propane, or various bio-fuels or land fill gasses.

Air fuel ratio control and improved fuel mixing for natural gas engines

By replacing a traditional mechanical Carburetor with a state of the art electronic carburetor the engine can run in either rich or lean burn mode. This can allow for maximum fuel economy while producing the minimum level of unwanted emissions. The Electronic Carburetors are available for engines from 25 hp to approximately 500 hp. In addition to improved engine performance the electronic carburetor will provide reduced maintenance over the traditional carburetor.

The EGC 2 / EGC 4 electronic gas carburetors improve mixing and provide advanced air fuel ratio control for natural gas or alternative fuel gas engines.
The EGC 2 mounted on top of a GM 454 engine burning natural gas.
The AGV 10 and AGV 50 fuel metering valves are for all gas turbines ranging from 1,000bhp to more than 60,000bhp.
AGV 50 gas fuel valve installed on a GE frame 3 turbine; CCC fuel valves are ideal for fast and easy retrofits of older OEM fuel valves on gas turbines.
The GV1 gas valve operates with either naturally aspirated gas engines or (by adding a turbo balance line) with turbocharged engines.
The GSS system allows for the substitution of gas fuels to diesel in traditional diesel engines, without any modification to the engine itself.
There is no derating of the engine’s horsepower and performance is not affected.
The GSS is simple to install and operate.
This intelligent fuel valve includes a built in venturi-based flow meter, providing an accurate calculation of fuel flow.
The FM-50 provides a true mass flow calculation which corrects for temperature or pressure fluctuations.

By combining a precisely designed mixing venturi and a very fast acting, variable pressure regulator, and integrated control for a wide range oxygen sensor, the EGC 2 and EGC 4 provide the fastest acting and most effective air fuel control and fuel mixing currently available for natural gas, propane, or other alternative gaseous fuel.

Fuel control for ratio control valves and gas turbines

CCC makes a range of fuel control valves for most gas turbines up to about 60,000bhp. These valves all include on board CPUs, with embedded software making them the most sophisticated fuel valves available for turbine engines.

AGV 10/50 gas turbine fuel valve

The AGV 10/50 is a two-stage gas actuated valve that offers exceptional control and diagnostic information for small to mid sized gas turbines. The valve compares the fuel demand signal with a mass flow calculation in the valve to assure the most accurate fuel metering available. The flow measurement signals as well as other diagnostic measurements are available via RS 485 Modbus protocol. Because of the precise fuel flow measurement in the valve, the turbine starts more reliably and runs at a more stable speed than with other fuel valves. The AGV 10/50 is almost impervious to dirt or liquids and can withstand the most demanding environment. These electronic fuel valves require only 24vdc and about 1 amp which allows for much simpler installation and retrofit than some competing actuators.

CCC has fuel valves for the following turbines:

  • Solar Turbines- Saturn, Centaur
  • Allied Signal – ASE 8, 831, TF 15, TF 25, TF 40, ASE 120
  • Dresser Rand – DR-990
  • EGT -Hurricane, Typhoon, Tornado
  • General Electric-LM 500, LM 1500, LM 1600, LM 2500, Frame 3, Frame 5
  • Allison -501 KB, 501 KC,
  • Pratt & Whitney-ST6, ST18
  • United Technologies-FT4, FT8
  • Rolls Royce-Avon
  • Kawasaki-M1A, M7A
  • Ruston-TA1500, TA1750, TA2500, TB4000, TB5000

Gas turbine diesel fuel valves for the power industry

CCC’s Gas Substitution System (GSS) is an advanced technology for allowing diesel engines to also run in bi-fuel mode (30% diesel 70% natural gas).” By using the GSS system operators can run just diesel or they can control the rate of gas substitution for the diesel, up to about 70% natural gas. The GSS is also unique in that it communicates with the diesel engines ECU to determine the maximum safe substitution rate.

By utilising Continental Controls’ proven fuel control technologies, GSS allows for the substitution of gaseous fuels for diesel on traditional diesel engines without any modification to the engine itself. GSS works on all applications from gen-sets to pumps.

It interfaces directly with the engine control unit (ECU) for increased control. Substitution is controlled by using a variable pressure valve which provides more reliable performance and less intervention over long periods of time. GSS substitutes the maximum amount of diesel at almost any load condition for any application. There is no derating of the engine’s horsepower and performance is not affected.

Safety features standard on all systems include: avibration sensor, high temperature shutdown (gaseous fuel substitution only) and max substitution limits basedon measured diesel fuel. The GSS utilises proven technology that has been field-tested with years of successful performance. The GSS features a compact and easy-to-install fuel train with a low profile that fits on almost any engine skid. It is extremely simple to install and operate, with optional satellite and wireless capabilities also available.

Benefits of our GSS include:

  • Substitutes low-cost natural gas for diesel
  • Variable pressure control valve provides better control
  • Substitution is based diesel flow – not load
  • Substitution is available at almost all loads
  • Shutdowns from vibration or temperature protects the engine from damage
  • Fuel valves are voice coil actuated for low friction and long life
  • Simple installation
  • Various systems for all sizes of diesel engines
  • Optional gas flow meter displays totalised fuel savings
  • No loss of horsepower with natural gas

Gas turbine natural gas valves

The AGV 50 gas turbine fuel metering valve is intended to meter fuel for turbines in the horsepower range of approximately 5,000HP to 60,000HP. This intelligent fuel valve includes a built in venturi based flow meter providing a very accurate calculation of fuel flow.

By providing an internal mass flow calculation, the valve is able to insure accurate fuel flow even with changes in supply or back pressure or changes in ambient air temperature.

Its high turn down ratio accommodates a wide range of gas turbines, with a robust and dirt-tolerant design.

Fuel flow measurement

Various agencies now require fuel measurement on individual turbines and gas engines. The FM-50 offers a simple-to-install option that can provide instantaneous flow or totalised flow over a period of hours, days or months. It provides a true mass flow calculation which corrects for temperature or pressure fluctuations.

The meter is calibrated at the factory and automatically corrects for pressure sensor drift each time the meter is powered down.

The Venturi used for flow measurement has been carefully designed to minimise the pressure drop across the device.

Fuel Metering Valve

The AGV10 Fuel Metering Valve was designed to meter fuel for turbines in the horsepower range of approximately 850HP to 5000HP.

Gas Substitution System

By using Continental Controls proven fuel control technologies, the GSS system allows for the substitution of gaseous fuels for diesel on traditional diesel engines without any modifications to the engine.

Alpine Power Plant, Michigan

The 410MW natural gas-fuelled Alpine Power Plant is located within a 700-acre property in Elmira Township, Ostega County, Michigan, US.

Continental Controls Corporation Releases New GV1 Electronic Gas Fuel Valve

Continental Controls Corporation, a manufacturer of controls and components for gas turbine and reciprocating engines, has announced the release of a fuel valve targeting OEM engine manufacturers, engine control companies, and users and operators of gas engines with old or slow fuel valves.

22 September 2010

Continental Controls Corporation to Exhibit at Power-Gen Europe 2009

Continental Controls Corporation (CCC) will exhibit at the Power-Gen Europe 2009 exhibition and will for the first time introduce the EGC2 and EGC4 electronic carburettors for sale in Europe. Power-Gen Europe will be held at Koelnmesse in Cologne, Germany, from 26 May to 28 May. CCC wil

12 May 2009

Electronic Carburetor for Gas Engines to 500hp Now Available

Continental Controls Corporation, a manufacturer of controls and components for gas turbine and reciprocating engines, has announced the release of a larger version of their EGC 2 electronic carburetor which has been proven to dramatically reduce emissions while lowering fuel consumption on natur

31 July 2008

Continental Controls Introduces Valve Viewer Software for A/F Controllers

San Diego, CA - Continental Controls Corporation, a manufacturer of controls and components for Gas Turbine and Reciprocating engines, has announced the release of a new software diagnostic tool called Valve Viewer A/F. Valve Viewer A/F is a Microsoft Windows based application used for

26 October 2006

Continental Controls Introduces Electronic Carburetor for Small Gas Engines

San Diego, CA - Continental Controls Corporation, a manufacturer of controls and components for Gas Turbine and Reciprocating engines, has announced the release of a new Electronic Carburetor for Small (40hp to 300hp) Gas Engines model EGC 2. By combining the fuel pressure regulator, m

2 October 2006

Mixing Venturi Carburetor Inserts

San Diego, CA- Continental Controls Corporation, a manufacturer of controls and components for Gas Turbine and Reciprocating engines, has announced the release of a mixing Venturi Insert that will replace the original mixing bowl and diaphragm in a variety of carburetors. The object

3 November 2005

Mixing Venturi Reduces Emissions and Fuel Consumption

San Diego, CA- Continental Controls Corporation, a manufacturer of controls and components for Gas Turbine and Reciprocating engines, has announced the release of a new mixing venturi, VM-350 which replaces the carburetor on most natural gas engines. The objective of the Mixing Vent

3 November 2005

Air / Fuel Mixing Venturi for Natural Gas Engines Replaces Carburetor

Continental Controls Corporation has now installed several of their new mixing venturis to replace existing carburetors on gas engines. The mixing venturi is sized precisely for the specific engine that it is to be used on. The venturi provides better mixing and eliminates all of the mechanical aspe

5 November 2004

ECV 5 Emission Control Valve for Waukesha VHP3500GSI

Applied LNG's plant in Stockton, California, had real problems not just in meeting emissions requirements but just to keep their Waukesha VHP3500GSI running. The problem was that the BTU value of the gas would vary from about 850 BTU at start up to about 515 BTU once the engine was up

4 November 2004

Continental Controls Corporation

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