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Chemical Formula

The chemical formula for MEA Triazine is C_3H_9N_3.

Specifications of MEA Triazine grades offered

Specification	MEA Triazine 50%	MEA Triazine 60%	MEA Triazine 70%	MEA Triazine 80%
Concentration (%)	50	60	70	80
Appearance	Clear to pale yellow liquid	Clear to pale yellow liquid	Clear to pale yellow liquid	Clear to pale yellow liquid
pH (as is)	9.0 - 11.0	9.0 - 11.0	9.0 - 11.0	9.0 - 11.0
Density (g/cm³ at 25°C)	1.05 - 1.10	1.10 - 1.15	1.15 - 1.20	1.20 - 1.25
Viscosity (cP at 25°C)	10 - 20	15 - 25	20 - 30	25 - 35
Freezing Point (°C)	-10	-5	0	5
Boiling Point (°C)	100	100	100	100

Applications of MEA Triazine in H2S Scavenger

MEA Triazine is widely used as an H2S scavenger in various industries due to its high reactivity with hydrogen sulfide. The primary applications include:

• Natural Gas Processing: MEA Triazine is used to remove H2S from natural gas streams, ensuring the gas meets pipeline specifications and preventing corrosion in pipelines and processing equipment. This enhances the overall safety and efficiency of natural gas processing operations.



• Crude Oil Refining:It is utilized to reduce H2S levels in crude oil, protecting refining infrastructure and improving safety conditions. By scavenging H2S, MEA Triazine helps in maintaining the integrity of storage tanks and refining units, thereby extending their operational lifespan.



• Wastewater Treatment: MEA Triazine helps in the treatment of wastewater by scavenging H2S, reducing odors, and preventing corrosion of treatment facilities. This makes wastewater treatment processes more efficient and environmentally friendly, contributing to better management of industrial waste.



• Biogas Purification: It is effective in removing H2S from biogas, enhancing the quality of the gas for further use or energy production. By purifying biogas, MEA Triazine supports the generation of cleaner energy, making biogas a more viable and sustainable alternative energy source.

Importance of MEA Triazine in Oil and Gas Drilling and Completion Fluids

MEA Triazine is a critical component in the oil and gas industry, particularly in drilling and completion fluids. Its primary importance lies in its ability to effectively scavenge hydrogen sulfide (H2S), a toxic and corrosive gas commonly encountered during drilling operations. The presence of H2S can pose significant risks to both personnel and equipment, making its management a top priority.

H2S Scavenging with MEA Triazine

The process of H2S scavenging using MEA Triazine involves a chemical reaction where MEA Triazine reacts with hydrogen sulfide to form stable, non-corrosive byproducts. This reaction effectively removes H2S from the drilling and completion fluids, ensuring the safety and integrity of the drilling operation. Here’s how the process works:

• Reaction Mechanism: When MEA Triazine is introduced into the drilling fluid, it reacts with H2S present in the fluid. The chemical reaction converts H2S into thiadiazine and other non-toxic byproducts, which do not pose a threat to equipment or personnel.



• Protection of Equipment: By scavenging H2S, MEA Triazine prevents the formation of corrosive acids that can damage drilling equipment, pipelines, and storage tanks. This protection is crucial for maintaining the operational integrity of drilling rigs and associated infrastructure.



• Safety Improvement: The removal of H2S significantly reduces the risk of toxic exposure for workers, creating a safer working environment. This is particularly important in confined spaces where the accumulation of H2S can be hazardous.



• Environmental Compliance: Using MEA Triazine to manage H2S levels helps companies comply with environmental regulations by minimizing the release of H2S into the atmosphere. This contributes to the overall sustainability and environmental responsibility of drilling operations

Comparative Analysis of H2S Scavengers

Parameter	Triazine-Based Scavengers	Iron Oxide-Based Scavengers	Zinc Oxide-Based Scavengers	Metal Chelate-Based Scavengers	Organic-Based Scavengers
Mechanism	Reacts with H2S to form stable byproducts	Reacts with H2S to form iron sulfide (FeS)	Reacts with H2S to form zinc sulfide (ZnS	Reacts with H2S to form metal sulfides	Various organic compounds react with H2S
Advantages	High reactivity, cost-effective, easy handling	Effective at high temperatures, non-toxic	High efficiency, environmentally benign	Highly effective, can be regenerated	Rapid reaction, flexible formulations
Limitations	Potential solid byproduct fouling, disposal needs	Limited solubility in aqueous systems	High cost, dust formation risk	Complex handling, potential chelate degradation	Hazardous byproduct formation, reaction control needed
Effectiveness	Very High	Moderate	High	High	High
Cost	Low	Moderate	High	Moderate	Moderate to High
Environmental Impact	Formation of non-corrosive byproductsLow	Environmentally friendly	Environmentally benign	Environmentally friendly	Potentially hazardous byproducts
Operational Conditions	Affected by contaminants and conditions	Effective at high temperatures	Effective in specific conditions	Effective in aqueous solutions	Requires precise control

Packaging Options for MEA Triazine

MEA Triazine is available in various packaging options to cater to the needs of different industries and applications. The most common packaging types include barrels and Intermediate Bulk Containers (IBC Totes). Below are the details for each packaging option:

Packaging Type	Volume	Description
Barrels	200 liters	Durable and robust barrels made from high-quality materials, suitable for safe transportation and storage.
IBC Totes	1,000 liters	Large, versatile containers designed for bulk storage and transport, featuring a durable outer frame and easy handling.