Sukan

United States

Ultra Pure Gas Comprehensive Installation Ultra pure (99.9998%) gas generation with continuous purity monitoring increases equipment life, saving considerable maintenance and replacement costs. Every TITAN hydrogen generator system is fully assembled and skid-mounted for trouble-free shipping, and simple installation. Proven Reliability Fully Tested Durable stainless steel process components maximize system life.Demonstrated life span of 25+ years. Each unit is thoroughly factory-tested to meet Teledynes exacting standards and exceed industry codes. On Demand Gas Delivery Custom Engineered Design - Operator adjustable pressure up to 150 psig(10 barg)- Maximum flow delivery ranges of 500, 600, 750and 1000 SLM- Higher flow delivery ranges available to meetyour specific hydrogen requirementsCustom-engineered hydrogen generating solutionsavailable for optimum integration with existing plantinfrastructure. Safe, Unattended Operation - Fully automatic operation with on-boarddiagnostics- Minimal on-board gases and no sparkingcomponents- Uninterruptible Power Supply (UPS) ensuressystem control in the event of power outage- Remote monitoring and operation option- 02 byproduct is safely vented outside your facility orcan be optionally configured for usein your process

PDC constructs metal stirred reactors and pressure vessels from most machinable alloys. Capacities range from 50 cc to 500 gallons (2 m3). Agitated reactor design pressures range from full vacuum to 150, 000 psig (10, 300 barg). Temperatures range from -400 F to 2, 500 F ( -200 C to 1, 400 C). Each stirred reactor is a complete system. This includes the reactor vessel, supporting stand, agitation assembly (magnetic stirrer, drive motor, belt, belt guard, impeller and digital tachometer), multiple process connections, drain, sample tube, temperature sensor, cooling coil and rupture disc assembly. Heating system and controls are optional.

PDC Machines has long been a trusted manufacturer of metal and glass stirred reactors. We offer a wide selection of reactors and accessories to meet the changing needs of laboratories, pilot-plants and small-scale production facilities around the world. Our talented staff of multi-disciplined engineers are highly experienced in the fields of mechanical, and electrical engineering including the latest in information technologies. We team up with each client to design the most cost-effective reactor system that meets every condition. By consistently exceeding our customers expectations PDC Machines has earned a reputation for solving unique and challenging application requirements.

Renewable energy and energy efficient technology are the keys to creating a cleaner environment. PDC diaphragm compressors are instrumental in the development of clean, renewable energy sources like hydrogen fuel cells systems, solar power, wind energy and biomass power. PDC Machines has partnered with governments and industries worldwide to promote and develop hydrogen fuel cell technology. Our decades of experience in the design and manufacture of hydrogen diaphragm compressor systems makes us the preferred choice when expertise is required for the packaging and integration of hydrogen fuel cell refueling stations. PDC is the leading equipment packaging and integration provider for hydrogen refueling stations. We have installed more than 90 systems to date, representing 85% of the global total. Our diaphragm hydrogen compressors are used for fueling cars, buses and material handling equipment.

For decades, PDC has excelled in process skid fabrication projects ranging from simple bench-scale lab equipment to complex computer controlled turnkey systems. From concept to commissioning, we can provide an array of systems including modular pilot plants, process demonstration and evaluation units, mini-plants and small-scale production plants.

PDC constructs stirred reactors and pressure vessels from most machinable alloys. Capacities range from 50 cc to 500 gallons (2 m3). Agitated reactor design pressures range from full vacuum to 150, 000 psig (10, 300 barg). Temperatures range from -400 F to 2, 500 F ( -200 C to 1, 400 C). Each stirred reactor is a complete system. This includes the reactor vessel, supporting stand, agitation assembly (magnetic stirrer, drive motor, belt, belt guard, impeller and digital tachometer), multiple process connections, drain, sample tube, temperature sensor, cooling coil and rupture disc assembly. Heating system and controls are optional. We offer a complete skid mounted stirred reactor system complete with product loading, feed, reaction and receiving modules, mass balance and product analysis. We also offer a variety of controls from simple manual controls to advanced PC-based SCADA and DCS. Please refer to our pilot plant section for additional information. Interested in a quote on a PDC stirred reactor? Please use our Stirred Reactor and Pressure Vessel Selection Guide to help you specify your stirred reactor or pressure vessel.

Pdc manufactures a wide variety of magnetic stirrers for all of your stirring requirements. Uses include pharmaceutical R&D, laboratory operations, pilot plant development and chemical production. The Pdc magnetic stirrer system includes the magnetic drive, shaft, motor, belt, belt guard and agitator (or impeller). We offer many stirrer or impeller design choices, including flat or pitched blade, helical ribbon, anchor, and gas dispersion versions. Pdc also provides custom designed agitators. Our technology assures leak-free, contamination-free and emissions-free mixing at high pressures and temperatures. It also protects the health of your personnel and the environment and ensures the integrity of your product. PUMA magnetic mixers or magnetic stirrers are an ideal choice when working with toxic, hazardous, highly corrosive or high-purity materials. The operating concept for the PUMA magnetic mixer is surprisingly simple yet thoroughly effective. Drawing on proprietary technology, PDC utilizes a magnetic coupling between an outer magnet assembly - driven by a motor - and an inner magnet assembly, separated by the PUMA Drive tube. When the outer magnet assembly rotates the torque is magnetically transferred through the stationary drive tube to the inner magnets attached to the drive shaft.

PDC's syringe pumps are designed to deliver liquids at a constant flow rate and a constant output pressure. Fluctuations in the flow rate and output pressure are minimal. We design simplex and duplex for batch and continuous operations. Accuracy and repeatability of flow is 0.05%. In a simplex syringe pump, a fluid contained in a body or pump head is forced into the process system with a plunger. A syringe pump is a type of positive displacement pump. Syringe pumps excel at injecting fluid at a volumetric flow rate (generally slow) without generating any pressure pulsations. Depending on seal design, syringe pumps are capable of pumping to very high pressures (up to 60, 000 psig 4, 100 barg). Two simplex pumps can be coupled together to create a continuous pulse-less feed duplex pump.

Design pressures to over 4, 100 abr 60, 000 psig Gas flow rates over 1, 500 Sm3 hour 880 Scfm Fast - acting leak detectiono systems to indicate diaphragm and seal failure Safe, non-flammable hydraulic fluid used for oxygen and other oxidizing gas applications Process contacting merals are available in a variety of alloys for compatibility with process gases Unique cavity design feature for low or high pressire operations Single and miltiple stage configurations for high compression ratios Horizontally oppsed designs available for high-efficiency opration Electric and aire-driven models Process contacting seals are available in a variety of elastomers and ductile merals for compatibility with preocess gase