logo

Back

Number: 14

Display:

  • Blasch Ferrules

    Thermal Management System (TMS) – a pre-fired tubesheet protection system that allows for the extensive use of fiber insulation in conjunction with the Blasch Ferrules and provides much greater insulating value than castable alone, in a greatly compressed area, saving space, and refractory. Improved performance – Large expanses of castable refractory undergo tremendous thermal and mechanical stresses as they heat up and cool down and that generates cracking in the ...

  • BLASCH HexWall™

    For sulfur recovery, sulfuric acid plant sulfur burners and spent recovery furnaces. BLASCH HexWall™ is a versatile, mechanically stable system consisting of a series of stackable six-sided blocks incorporating alternating tabs and slots on each side that are designed to ensure the blocks are positively locked together at installation. BLASCH HexWall™ is offered in a highly creep resistant mullite bonded composition designed to resist deformation under load.

  • BLASCH precision ceramics

    BlaschVECTORWALL™ Mixing System - OPTIMIZE YOUR PROCESS USING OUR ADVANCED MIXING SYSTEM – This system utilizes the same blocks as the proven checkerwall system, but incorporates a series of add-on flow vectoring shapes designed to direct gas flow at the exit of the checkerwall into any of a series of flow patterns to include single, double, and multiple vortices, preferential flow directions, or converging or diverging flows. Computational fluid dynamics support is ...

  • BLASCH VectorWall™

    Mixing systems for sulfur recovery, sulfur burning, or sulfuric acid plant reaction furnaces. BLASCH VectorWall™ Reaction Furnace Mixing System is a versatile, mechanically stable system consisting of a series of stackable six-sided blocks incorporating alternating tabs and slots on each side that are designed to ensure the blocks are positively locked together at installation. BLASCH VectorWall™is offered in a highly creep resistant mullite bonded composition designed ...

  • Brink® mist eliminators

    Brink® solutions deliver the highest efficiencies, lowest pressure drop, and longest effective life available. From the invention of Brink® Fiber Bed Mist Eliminators in 1958, MECS® has set the standard for offering the widest array of designs and materials in mist eliminators worldwide. Today, we meet the needs of global clients in a broad range of industries, from sulfuric acid to asphalt manufacturing, plastic extrusion, metalworking, and many ...

  • CeraLine™ elbows, pipe & spool linings

    Specifically designed for the harsh environments within mining, power generation and other heavy industrial processing industries, Blasch’s new CeraLine family of products exhibits exceptional wear and abrasion resistance which results in unparalleled life. Elbow diameters ranging from ½” up to several feet can be lined with Blasch pre-cast tight tolerance shapes available with engineered joints and smooth bore that eliminates premature wear and interrupted ...

  • Cyanide corrosion causes costly upsets

    Refinery cyanides cause considerable corrosion, hydrogen blistering and waste water treatment problems. The majority of refinery cyanides are formed in the reactor of fluid catalytic cracking (FCC) units. All of the gas from the reactor, including the cyanide, is carried overhead into the distillation column, where water is injected into the overhead stream to control corrosion problems. The resulting sour water is separated from the hydrocarbon products at various stages in ...

  • Flue Gas Reformer Tunnel System: StaBlox™

    The Blasch StaBlox flue gas reformer tunnel system is a versatile, mechanically stable system consisting of a series of stackable, customizable, interlocking blocks and highly engineered, mortar-free expansion joints. The StaBlox system allows for an extremely fast, easy installation as compared to conventional brick and mortar designs, with a much higher level of reliability. Lightweight, structurally stable roof assemblies are much more resistant to the effects of high temperature ...

  • HexWall™/ Vectorwall™ case study

    Furnace baffles – a long history of problems. Sulphuric acid plant furnace baffles historically are labor intensive, expensive to install, require long shut downs for refractory cure times, are susceptible to cracking, and have a poor reputation for collapsing due to their inherent mechanical instability. This archaic product has been the industry norm for over 100 years. No more… An innovative response MECS, Inc. (MECS) has collaborated with Blasch Precision ...

  • MECS® - Thermo Z™ the optimum–H™ system

    The ideal design solution for MECS–Thermo Z gas to gas heat exchangers to eliminate cold end corrosion. When gas temperatures and dew point conditions require maximum corrosion protection from cold spots, the Optimum-h™ System can provide a value engineered approach to raising the minimum metal temperature in near condensing applications and allow for less expensive materials of construction. Unlike most other attempts to reduce cold spots in heat exchangers, the Optimum-h™ ...

  • MECS® HexWall™ Baffles

    For sulfuric acid plant sulfur burners and spent Acid recovery furnaces. Interlocking hexagonal ceramic blocks for fast installation and superior structural stability. MECS® HexWall™ is a versatile, mechanically stable system consisting of a series of stackable six-sided blocks incorporating alternating tabs and slots on each side that are designed to ensure the blocks are positively locked together at installation. MECS® HexWall™ is oered in a highly creep ...

  • MECS® sulfuric acid and environmental technologies

    Is the leading provider of proprietary process technology, speciality products and technical services to the global sulfuric acid industry. MECS® has provided best-in-class sulfuric acid plant processes, clean technologies, and specialty products to a wide distribution of industries for over 80 years. Our proprietary solutions are engineered to perform and built to last. MECS® is the global leader in sulfuric acid plant design and technology licensing for the phosphate ...

  • MECS®–Thermo Z™ welded plate heat exchangers

    Plant engineers in the know choose MECS®–THERMO Z™ for maximum waste heat recovery and the best delivered value. MECS®–ThermoZ™ is a highly efficient heat exchanger suitable for many industrial processes where gas temperatures may be up to 1500°F (816°C). It is inherently compact in size and weight which makes installation andfield set up much simpler than conventional heat exchangers. Since MECS®–ThermoZ™ has no moving ...

  • Tracerco Profiler™ HMI

    A Windows based application offering dynamic displays, diagnostics, trending, control and historical logging. The Profiler™HMI, is a ready-made graphical user interface that provides clear insight into your separation process while enabling efficient operation and control of the Profiler™GPS and the Profiler™TGA. The displays available from the Profiler™HMI provide a ‘window’ into the vessel, allowing operators to visualize the process density ...

  • Simplify crude assay importing in UniSim design by utilizing H/CAMS

    Haverly H/CAMS is the industry leading assay crude management software with over 2000 assays. Honeywell's UniSim Design software links to Haverly H/CAMS via a COM interface and allows you to import proprietary assays with just a few clicks. This functionality increases engineering effectiveness, eliminates the need for manual data entry, and makes it easier to model crude storage facilities and refining processes. Presenters: Jagdish Rachh - Honeywell David Alexander - Haverly Moderator: Ken ...

  • Understanding the financial impact of a collapsed flue gas tunnel in your SMR

    The overall influence of tunnels on the flue gas flow in a steam methane reformer has been modeled and documented, and the concept that running a reformer without tunnels can decrease overall efficiency is well understood in the industry. The study detailed in this webinar focuses on the effects of operating a reformer after removing just a single tunnel, leaving the rest in place. The resultant flue gas flow field is analyzed by looking at temperature profiles, residence time ...

  • From hydrogen production to sulphur recovery - let ceramics pave the way

    Learn how to boost the reliability and performance of your hydrogen production and sulphur recovery plants through the deployment of Blasch’s proven ceramic systems. Benefits include: • Higher plant reliability and much longer run-lengths • 60 -90% faster installation times • Capacity increase • Annual energy savings of several hundred thousand dollars for SRUs • Lower emissions   Flue gas tunnels in Steam Methane Reformers warp and fail causing non ...

  • Responsive image Extensive tray portfolio
  • Responsive image Reinventing reliability
  • Responsive image Corrosion control
  • Responsive image ProTreat® mass transfer rate based simulation
  • Responsive image Shut-off valves
  • Responsive image The sulphur processing expert
  • Responsive image Worldwide refinery processing review
  • Responsive image PROVALVE® Fixed Valve
  • Responsive image Galexia™ hydroprocessing platform
  • Responsive image Processing heavy canadian crude
  • Responsive image OpX® Digital