News & Insights

Introduction — Choose the Implementation Path That Fits Whether you’re upgrading an existing unit or building new capacity, Sulzer...

Introduction — One Train for Many Feeds Biodiesel producers increasingly work with acid‑esterified biodiesel  and pyrolysis biofuels —both can carry sulfur  and cold‑flow issues  that complicate compliance. Sulzer’s distillation  addresses cold‑flow and purity; when paired with adsorption , it reliably delivers <10 ppm sulfur . What Makes These Feeds Challenging? Acid‑Esterified Biodiesel Residual contaminants and sulfur species can carry through post‑reaction, requiring robu

Introduction — Profitability Through Smart Separation In biodiesel refining, every ton  and every ppm  matters. Sulzer’s biodiesel...

Introduction — The Chemistry Behind Clean, Stable Biodiesel Trans‑esterified biodiesel can carry monoglycerides, moisture, color bodies,...

Introduction — Why Distillation Matters for Biodiesel Quality Biodiesel quality determines whether you meet legislation and perform...

Introduction — From Triglycerides to Hydrotreating-Ready Feed FOGs are chemically complex.  Conventional pretreatment struggles to make...

Introduction — The Fast Lane to Competitive SAF Sustainable aviation fuel (SAF) economics hinge on two variables: feedstock cost  and...

Battery recycling is critical for sustainable resource management but traditionally involves complex, inventory-heavy processing systems....

Efficient process design increasingly relies on modular, skid-mounted units that integrate all critical equipment into compact systems....

Food-grade phosphoric acid production demands high purity and minimal contamination, requiring sophisticated purification technologies....

Metal recovery operations such as those for spent batteries and catalysts traditionally involve complex and bulky equipment setups....

In today’s industrial landscape, many facilities face the challenge of complex separation systems that require large equipment footprints...

As industries face increasing pressure to address environmental challenges and comply with evolving regulations, Sulzer has embedded...

Reducing Environmental Impact by Minimizing Solvent Losses with Sulzer Minimizing solvent losses is vital for industries to meet tight...

The shift toward renewable resources demands efficient recovery and purification technologies for bio-based chemicals and fuels. Sulzer’s...

Meeting stringent sustainability and environmental compliance requirements while maintaining profitability challenges many industries...

Complex mixtures in pharmaceuticals, fine chemicals, and specialty industries often require adaptable separation processes that maintain...

Purifying organic acids such as acetic acid and formic acid while recovering high-purity solvents is essential in pharmaceutical,...

Achieving high purity in specialty chemicals and solvents often requires the targeted removal of both polar and non-polar impurities, a...

Separating azeotropic and close-boiling mixtures is a formidable challenge in chemical and pharmaceutical processing, often requiring...