Process Intensification Solutions for Chemical Plants

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Modular Process Intensification

Modular Process Intensification

Combine the benefits of modular construction with process intensification. SL-TECH's skid-mounted, intensified process units offer a compact and efficient solution for challenging separations or reactions, ideal for both greenfield projects and revamps of existing facilities.
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Why choose us?

Optimized Separation Technologies

By employing intensified separation technologies, such as in our spray dryer and vacuum rake dryer processes for Paraformaldehyde, we achieve higher product purity and production efficiency with reduced equipment footprint.

Advanced Catalyst and Process Integration

We integrate advanced catalytic processes, like the Fe-molybdenum and Silver methods for Formaldehyde, as a form of process intensification to maximize conversion rates and selectivity, leading to more compact and efficient plants.

Efficient Plant Designs for Higher Yields

Our approach to process intensification focuses on creating more efficient plant designs, such as our Pressure Swing Distillation Process for Methylal, which reduces energy consumption and increases product yield compared to conventional methods.

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Our dedication to process intensification at Changzhou Sanli Tech International Trade Co., Ltd. is a direct reflection of our commitment to innovation and sustainability. We recognize that the chemical industry is under increasing pressure to reduce energy consumption and emissions, and we see process intensification as a primary means to achieve these goals without compromising productivity. For instance, in a Sulfuric Acid Plant, we can apply intensified technologies such as double absorption processes and advanced heat recovery systems that dramatically improve energy efficiency and reduce SO₂ emissions. In the production of specialty chemicals like Iso-Butyl Acetate, we can utilize membrane separation or reactive distillation to simplify the process and eliminate waste streams. Our approach to process intensification also enhances safety by reducing the volume of hazardous materials in process vessels at any given time. In a high-pressure Methanol Plant, this can mean designing smaller, more robust reactors that are inherently safer. By partnering with us, clients gain access to a technology provider that doesn't just build plants but actively engineers them to be smarter, safer, and more sustainable through the practical application of process intensification across a wide spectrum of chemical production technologies.

Frequently Asked Questions

What does your plant commissioning and start-up service include?

Our commissioning and start-up service is a systematic process to transition your plant from construction to operation safely and efficiently. It includes pre-commissioning checks, system integrity verification, the safe introduction of chemicals, and final performance testing. We also provide hands-on training for your operations team.
As a global vendor for critical applications, we have a rigorous supplier qualification process. Our mechanical engineers develop detailed equipment specifications, and we partner with reputable manufacturers worldwide. We manage the entire procurement chain, including expediting and inspection, to ensure all equipment meets the highest quality and safety standards.
Skid-mounted modular plants are pre-fabricated and pre-tested in a controlled factory environment. This approach significantly reduces on-site construction time, minimizes site-related risks, and ensures high quality. They are ideal for fast-track projects, remote locations, or brownfield sites where space is limited.
Absolutely. We have extensive experience in both greenfield projects, building new facilities from the ground up, and brownfield projects, which involve modernizing, expanding, or revamping existing plants. Our approach is tailored to the specific challenges of each project type, ensuring minimal disruption and maximum value.

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Customer Reviews

Javier Fernandez

Sanli Tech used an intensified reactive distillation design for our Ethyl Acetate plant. This innovation combines reaction and separation, significantly reducing equipment count and energy use. The plant achieves high purity with a simpler process flow. It was a cost-effective and efficient solution that met all our production targets.

Thomas Bauer

Sanli Tech applied process intensification principles to our Methylal plant, using pressure swing distillation and advanced heat integration. The result was a 20% reduction in energy consumption compared to conventional designs. The plant’s footprint is also smaller, which was a critical factor for our site. Their innovative approach delivered real operational savings.

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Innovative Process Intensification For Efficiency And Safety

Innovative Process Intensification For Efficiency And Safety

We embed process intensification principles into every design to create plants that are more efficient, safer, and more sustainable. Our solutions include intensified reactive distillation, advanced heat integration, and compact reactor designs that reduce footprint, lower energy consumption, and minimize in-process inventory, leading to significant operational cost savings.