Ametek Refinery Solutions

Real-Time Measurement for Unparalleled Safety and Control Analyzer solutions to reduce process downtime, ensure safe operation, and optimize production efficiency in refinery operations. Process safety and optimized combustion control are essential for operating today's fired equipment through the measurements of excess oxygen (O2) and combustibles (CO+H2). Reliable indication of low-combustion O2is critical to the effectiveness of the Burner Management System in a fired ...

CLEANPACE hydrogen solutions

Our Low Carbon Solutions business helps our customers navigate and overcome the challenges they face in meeting emissions reduction targets. We provide tailored solutions that help you achieve significant and sustained reductions in carbon emissions; at scale, today, with existing technology. Our solution at a glance: The technology Pre-combustion CO2 capture with proven integrated ADVANCED REFORMING™ technology for steam methane reforming (SMR) hydrogen plant flowsheets. ...

CO2 reduction in fried equipment

Fired heaters emit millions of tons of carbon dioxide (CO2) every year. Fired heaters usually have a fuel efficiency well below 100%, so any improvements that making them more efficient reduces CO2. Heaters are currently fuelled by carbon-bearing refinery fuel gas or natural gas, so further CO2 reduction is possible by changing to fuels with less carbon content. With the ever-changing regulatory climate, enacting an emissions reduction plan can provide a strategic advantage ...

Eliminate convection section fouling by encapsulating refractory

Problem: Over time refractory ceramic fiber becomes friable. This friable dust is entrained in the post combustion flue gases and gets carried downstream, fouling convection section tubes and catalyst banks. Fig 1 shows new ceramic fiber under SEM. Fibers are continuous and intact. After heat exposure, long strands break down into smaller pieces, which are carried downstream and comprise the majority of convection section fouling (Fig 2). Solution: Cetek Ceramic coatings effectively ...

Emission Control

Reducing, avoiding and recycling are the keys to the treatment of emissions in addition to energy-efficient and resource-saving production methods. We undertake to protect the environment and our customers’ bottom line. The key are innovative solutions and the flexibility to evolve alongside changing regulations and the public’s growing ecological awareness. GEA is a world leader in the development, design and installation of industrial off-gas systems and technologies. ...

Gas cleaning for fluid catalytic cracking plants in refineries

GEA Bischoff Customised Gas Cleaning Systems for fluid catalytic cracking (FCC) Units. One of our most important activities in the refinery industry is gas cleaning for FCC units. GEA Bischoff technologies combine engineering process engineering, environmental aspects and energy savings. Taken this into account, GEA Bischoff offers clean air solutions while keeping the CAPEX/ OPEX low. With this extensive portfolio and a long experience of 100 years, we can handle the challenges ...

GEA MDI Splitting Process

Methylene diphenyl diisocyanate (MDI) is an organic chemical which is one of the main components for the production of polyurethanes. Crude MDI is still only commercially produced via the phosgene route and contains three diisocyanate isomers, oligomeric polyisocyanates (tri,tetra,penta ,etc isocyanates), byproducts and impurities. The present market requires separate products or blends thereof to make polyurethanes with a wide range of properties. The MDI splitting plant is responsible ...

Hydrogen fuel conversion in fired equipment

Organizations are facing unprecedented challenges in achieving their strategic climate goals. Now is the time to evaluate options for hydrogen refuelling, efficiency improvements, and novel methods of CO2 reduction in fired heaters and boilers. You can reduce carbon footprints by refuelling fired equipment with hydrogen or ammonia. When planning a refuelling effort there is much more to consider than just the Wobbe Index and combustion performance. The system will experience ...

Hyperion™

Bulk level and density measurement. Designed using innovative scintillator-based technology, Hyperion™ is a non-contact, no moving parts measurement solution that provides accurate and extremely reliable bulk level and density measurements. This enables operators in the oil, gas, petrochemical, refining, pulp and paper and mining industries to solve the most challenging process measurement and control problems. Key features - Self-diagnostics - Repeatable and accurate measurements - ...

ISOMALK - moving forward ahead of global trends

Changes in trends in the world and regional markets of motor fuels are sometimes completely unpredictable. A few years ago, it seemed that the development of massive «dieselization» trend, so dominant in the EU, would lead to a drop in demand for gasoline. It seemed that diesel engines solved both the problem of reducing CO2 emissions and increasing efficiency, making the diesel fuels the trade-off solution that would allow the world's motor vehicle to survive quite well ...

nViro™ Waste Management Solutions

Honeywell UOP's nViro technologies integrate waste management with the design of the process unit, producing opportunities for optimization and process improvements. nViro combines UOP's leadership in refining and petrochemical process technologies with UOP Callidus's experience in waste stream management for powerful solutions to cut costs, reduce emissions and turn waste streams into revenue streams. nViro solutions cover a wide range of processes and wastes, providing practical ...

OPTIMAX® Heat Exchanger helps achieve a more efficient CAPEX

Watlow has over 40 years of experience designing and manufacturing heat exchangers, and we have the knowledge, experience and expertise required to create optimal heating solutions. Watlow has taken the tried and true, critical design criteria and improved it to create a new generation heating technology – the OPTIMAX® Heat Exchanger. Watlow’s new OPTIMAX technology combines optimal fluid dynamics, efficient heat transfer, low pressure drop and a compact and ...

Restoring production efficiency & NOx reduction by eliminating SCR fouling

Problem: SCR fouling is typically caused by refractory or insulation fibers that accumulate and block the face of the catalyst, eventually leading to substantial flow disruption and excessive pressure drops, typically worsening over time. This pressure drop and flow maldistribution will cause production rate limitations, unplanned outages, and environmental compliance issues, as well as reduce he catalyst life. Solution: Proven methods for keeping SCRs operating efficiently ...