Amine and glycol degradation quietly erodes system capacity, drives up OPEX, shortens solvent life, and triggers numerous plant‑operating issues. The ChemProcess RX Series Reclaimers restore solvent quality and plant reliability, backed by more than 24 years of gas‑processing experience.

Typical Kettle Reclaimer within Amine Plant

Common plant operaing issues include:

• Poor operational performance resulting in low capacity factors.

• Low availability factors and frequent downtime.

• Declining plant performance over time.

• Overly complex designs leading to unnecessary equipment and inefficient operating procedures.

• Frequent process interruptions due to plugging, corrosion, wear, and leaks.

• Generation of harmful emissions during operation.

• Inability to handle variations in contamination buildup.

• Accelerated chemical degradation and reduced solvent life.

• High operator workload and need for constant monitoring.

• Elevated CAPEX and OPEX, reducing economic viability.

• Contaminated recovered products with poor purity.

ChemProcess RX Series Reclaimers:

ChemProcess has listened carefully to its clients and understands the shortcomings of existing commercial amine and glycol reclamation & recycling solutions, systems that simply do not deliver consistent and reliable performance. The ChemProcess RX Series incorporates three advanced chemical‑recycling technologies engineered to extend solvent life, lower operating costs, and enhance overall plant reliability: 

• ChemProcess Enhanced Amine Reclaimer (AmineRX) 

• ChemProcess Enhanced Glycol Reclaimer (GlycolRX)

• ChemProcess Hybrid Multi‑Feed Reclaimer (3RX) 

At ChemProcess, our advanced RX Series reclamation systems are engineered to overcome contamination and degradation challenges through robust process design, intelligent automation, and sustainable solvent‑quality control. These systems can be supplied as fixed, semi‑mobile, or fully mobile units. Three engineered configurations are available to ensure consistent, reliable performance, with capacities ranging from 0.1 - 5 USGPM, as follows:

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