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Chentronics – SureSpark High Energy Ignition Systems

The most reliable fuel combustion for your toughest ignition applications – even in high-moisture areas

  • Built-in predictive life diagnostics
  • Unsurpassed fuel type diversity
  • Moisture seal-out designs of igniter tips and cables
  • Hazardous area rating
  • AC and DC input power options
  • NO gas discharge tubes or radiactive materials



Chentronics – SmartSpark Flare & Boiler Burner High Energy Ignition System

Reliable ignition that automatically monitors tip wear so you can replace the igniter tip before an ignition fault occurs

  • Built-in predictive life diagnostics
  • Unsurpassed fuel type diversity
  • Hazardous area rating
  • NO gas discharge tubes or radioactive materials



Chentronics – FastFlame High Energy Ignition & Flame Detection System

The world’s first real-time, high energy ignition and simultaneous flame detection system

  • Combines high energy ignition and flame detection in a single system
  • Ignites and detects flame simultaneously
  • Provides flame confirmation, the first moment flame becomes present
  • Can shorten your flame proving window to half the time



Chentronics – Motivator Hand-Held High Energy Exciter

Hand-held high energy exciter puts heavy duty ignition power in the palm of your hand

  • Convenient portability
  • Easy-to-use, familiar “hand-held drill” design
  • Multiple ignition fuel types
  • Standard kit includes hand-held exciter, rechargeable battery pack, portable charging station, test igniter tip, meter igniter tip and a durable carrying case with a custom-fitted foam insert



Zeeco – SM Series High Energy Igniter


Zeeco’s proprietary SM series pilot features a waterproof High Energy Igniter (HEI) for superior ignition. Its hermetically-sealed flame rod delivers reliable flame detection, even in the wettest environments. The flame rod is located within the pilot tip to enable the most reliable flame signal and can be operated over a wide range of fuels from 90% hydrogen to 100% propane. The junction box seals and protects all electrical connections from moisture and eliminates the need for environmentally-related electrical maintenance repairs.


Design Features:

  • Hermetically-sealed flame rod
  • High Energy Ignition (HEI) rated  2 Joules
  • High voltage ignition (Optional)
  • Integrated explosion-proof enclosure (Optional)
  • Easily removable spud holder
  • Integrated flame relay and ignition module (Optional)
  • Investment cast components
  • Easy to retrofit



Sunrui Impressed Current Anodes

When metal-electrolyte corrosion system is cathodically polarized, the potential moves in an electronegative direction. The polarization lowers the potential difference, ηa, between the anode and cathode areas, causing a reduction in corrosion reaction and the corrosion rate. This is called Cathodic Protection Effect. The method of taking advantage of cathodic protection effect to reduce corrosion of metallic structures is call cathodic protection.

Current flows onto the structure from an external anode, and provides electrons for reduction reactions of depolarizers at the metal surface, and oxidization reaction of metals will be restrained as a result. When the oxidation reaction of metals ceases, only cathodic reaction of depolarizers occurs at the metal surface.

There are two methods of providing cathodic protection to a structure: Galvanic anode system, and impressed current system.



Sunrui Sacrifical Anodes


Alumicum Alloy Anodes
Sacrificial Anodes Used on Ship Hull
Sacrificial Anodes Used in Ship Ballast Tank
Sacrificial Anodes Used for Harbor Installations and Offshore Structures
Round-Disk Sacrificial Anodes Used for Seawater Cooling System
Sacrificial Anodes Used for The Inside of Storage Tanks

Zinc Alloy Anodes
Zinc Alloy Anodes Used on Ship Hull
Zinc Alloy Anodes Used in Ship Ballast Tank
Zinc Alloy Anodes Used for Harbor Installations and Offshore Structures
Round-Disk Zinc Alloy Anodes Used for Seawater Cooling System

Magnesium Alloy Anodes
Magnesium Alloy Anodes Used for Underground Pipelines,the Outside Bottom of Tanks and Other Underground Metallic Structures



Sunrui Electrolytic Sodium Hypochlorite Generation


Compared with liquid chlorine and sodium hypochlorite products on the market, the directly generating fresh and highly active sodium hypochlorite technology by electrolyzing seawater(or brine)without diaphragm not only has the advantages of low running cost and more efficient chlorine sterilization capacity, but also avoid the second pollution to the environment and the shortcomings of tending to hurt operators in the procedure of shipping, storage and application. At present, with the environment protection awareness of citizens becoming more and more strengthened, the new technology of generating sodium hypochlorite with electrolyzing seawater has been developed quickly and applied extensively.



E/ONE Dual Hydrogen Control Panel (DHCP)



Environment One’s Dual Hydrogen Control Panel (DHCP) was designed specifically for monitoring GE’s scavenging seal oil generators. The DHCP contains two independent analyzers that monitor the turbine-end seal drain enlargement, collector-end seal oil drain enlargement with both valving for manual or DCS operation for checking casing purity of the generator.

The DHCP has the ability to automatically increase the amount of hydrogen gas scoured from the generator.

The DHCP works with GE’s Mark IV, Mark V and Mark VI control systems.



E/ONE Generator Condition Monitor – Explosion-Proof Design (GCM-X)



Corrective action prompted by early warning of generator overheating can mean the difference between a brief shutdown for minor repairs and a major overhaul involving weeks or even months of costly downtime. E/One pioneered the development of the Generator Condition Monitor (GCM) and in more than 1,500 applications worldwide, operators have the opportunity of taking corrective action if and when a critical situation occurs.

Building on more than three decades of proven field experience, and incorporating international requirements for hazardous area locations, the Generator Condition Monitor-Explosion-Proof Design (GCM-X) assures a new level in generator performance, reliability, and safety.