Techtiv™ & Techtiv™ Solace | advanced BTX extraction solvents by Sulzer
Explore Sulzer’s Techtiv™ and next-generation Techtiv™ Solace solvents for BTX extraction and aromatics purification. Unlock superior BTX recovery and purity, reduce energy consumption, and increase incremental capacity with drop-in solutions that upgrade your existing units no shutdowns or major modifications needed.
Backed by Sulzer expertise and decades of R&D, our advanced solvents enhance throughput, cut operational costs, and help achieve decarbonization goals by lowering utility usage and carbon emissions.
Higher BTX Recovery & Purity
Maximize the yield and quality of valuable aromatics with superior solvent selectivity
Lower Energy Consumption
Reduce steam, cooling, and power use for lower costs and a smaller carbon footprint
Increased Incremental Capacity
Unlock extra throughput without major equipment changes or plant downtime
Techtiv solvents – next-generation performance for superior BTX recovery and energy efficiency
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Main Benefits
Higher Aromatics Recovery & Purity - recover more valuable BTX aromatics or significantly increase product purity.
Energy & Emissions Reduction - lower steam, electricity, and cooling water consumption, reducing operational costs and carbon footprint
Maximized Asset Performance - Unlock incremental capacity using your existing equipment and infrastructure
Cost Efficiency - Achieve upgrades with no capital investment, equipment modification, or revamp needed
Operational Continuity - Implement solvent upgrade without unit downtime or turnaround
Key Characteristics
Drop-In Compatibility – Fully compatible with existing Liquid-Liquid Extraction (LLE) and Extractive Distillation (ED) assets
Online Implementation – Add co-solvents while the unit is operating; no shutdown required
Sulfolane Reuse – Utilize sulfolane from current inventory, reducing waste and additional procurement cost
Flexible Performance Goals – Solution can be tailored to maximize recovery, purity, or capacity depending on plant objectives
Safe & Proven Technology – Non-toxic, non-reactive, thermally stable solvent backed by decades of Sulzer process expertise
White Paper
Sulzer Techtiv -Decarbonizing BTX extraction units
Techtiv™ Solace is Sulzer’s newest solvent portfolio, featuring superior selectivity and solvency. It is poised to revolutionize Liquid-Liquid Extraction (LLE) and Extractive Distillation (ED) units by offering tangible benefits over traditional solvents, such as sulfolane, and even systems that currently use Sulzer’s market leading solvent, the first generation Techtiv.
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White Paper
Get in touch
Ganesh Prakasham
Global aftermarket director
Contact our expert for more information about Techtiv.
Techtiv™ Solace stands out with three main benefits: higher BTX recovery and purity, reduced energy consumption, and increased capacity. Thanks to its advanced selectivity and solvency, it delivers measurable process improvements while offering a drop‑in installation—meaning no plant shutdown or major modifications are needed.
Yes. Techtiv™ Solace is designed as a direct replacement (“drop‑in”) for sulfolane or first‑generation Techtiv solvents. It can be introduced while the unit is in operation, allowing refiners and petrochemical producers to realize efficiency gains in as little as one month without halting production.
By enabling lower solvent-to-feed ratios and improving process efficiency, Techtiv™ Solace cuts demand for steam, electricity, and cooling water. These energy savings directly reduce operating costs and lower CO₂ emissions, helping plants meet sustainability and decarbonization targets faster.
Operators typically notice immediate improvements in throughput, recovery yield, and product quality of aromatics like benzene, toluene, and xylene (BTX). The reduction in utility needs also decreases operational expenses, making the switch both a performance and profitability upgrade.
Yes. The solvent is non‑toxic, non‑reactive, thermally stable, and fully compatible with existing sulfolane handling procedures. It reduces corrosion risk and requires no special storage or transfer systems, making the transition safe, simple, and low‑risk for operators.
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