DR10 ITR Heater Tube Deposit Rater Overview DR10 is a referee instrument for jet fuel thermal oxidation studies that objectively measures heater tube deposit thickness. Using interferometric spectral reflectance, it produces a 3D map of deposits around the full tube surface and reports results in SI units for traceable, repeatable QC. Standards and use • Supports ASTM D3241 Annex for jet fuel thermal oxidation testing • Relevant to ASTM D1655, DEF STAN 91-91 and related specifications • Designed to pair with the TO10 JFTOT rig for complete test reporting Key features • Interferometric scanning of the entire heater tube with 3D visualisation • Reports average and maximum thickness and calculates total deposit volume • Standard spot evaluation for Annex reporting • High point density scan, with typical full scan in about 12 minutes and fast modes available • Objective, operator-independent rating with built-in calibration Performance and benefits • Measurement range typically from about 10 to 1,200 nm deposit thickness • Result set includes tube image, thickness map and numeric outputs for audit trails • Fast, automated workflow improves precision and throughput versus manual grading • Compact, robust design for lab, refinery and mobile use Connectivity and data • Stores sample IDs, operator, tube serial, test temperature and rig details • Exports reports and data for LIMS or network storage • When linked to TO10, test conditions and DR10 ratings combine in a single report Typical applications • Batch release and incoming inspection for aviation turbine fuels • Additive and fuel R&D, correlation studies and troubleshooting • Refinery, pipeline, terminal, airport and independent lab QC What is included • DR10 instrument with touchscreen control, calibration utilities and data export • Accessories and reference tubes available to support your workflow

Engineered for precising and safety, Drum Filling & Emptying Heads handle the controlled transfer of liquids into and out of drums, IBCs, totes barrels, and casks. Perfect for chemical, pharmaceutical, and industrial applications, they make filling and emptying operations reliable and efficient. Corrosion resistant materials such as stainless steel, PTFE-lined components, or Hastelloy allow them to handle aggressive chemicals, solvents, and high purity products with confidence. Integrated level sensing and automatic shut off systems help prevent overfill, reduce spill risk, and improve operational safety. With options like extended lances, compensators, vapour recovery ports, and IBC adaptors, these engineered heads offer flexibility for different container sizes and site requirements. Whether dosing corrosive acids or transferring sensitive media, they provide consistency, efficiency, and peace of mind with every transfer.

For over 75 years, Flux Pumps has been the innovator in drum pump and container pump technology, setting the benchmark for safety, reliability, and performance in chemical transfer applications. Flux drum pumps and IBC pumps provide a trusted, efficient solution for transferring aggressive chemicals across a wide range of industrial environments. Designed for everyday usability, these chemical transfer pumps deliver smooth, controlled operation- ideal for busy production settings and experienced operators. Manufactured in Germany, Flux pump tubes are offered in polypropylene, PVDF, and stainless steel to accommodate a wide spectrum of corrosive media. They are suitable for both acidic and alkaline solutions, including hydrochloric, sulphuric, nitric acids, caustic solutions, and chlor alkali products. ATEX approved drum pumps are available for flammable or volatile chemicals, ensuring maximum safety in hazardous areas. To suit different container types, pump tubes are available in lengths from 700mm to 1800mm: • 1000mm – ideal for 200L drums • 1200mm – designed for IBC containers • 1500mm – suitable for deep process tanks Motor options include 240V electric motors, 110V motors, air operated drum pump motors, and variable speed drive units with soft start capability to reduce splash back and improve operator safety. Systems can be supplied as: • Pump tube only • Tube and motor packages • Complete drum pump kits with flexible hose and dispensing nozzle • Electronic, batch controlled systems for accurate dosing Flux drum and IBC pumps support safe, efficient, and compliant chemical transfer across all industrial applications.

Empire’s Drum Pumps commonly known as a Barrel Pump, Stick Pump or IBC Pump, provide efficient and reliable transfer of aggressive chemicals safely throughout the UK. Our extensive product range includes materials of construction from polypropylene, PVDF and stainless steel. The pump technology is specifically designed with operator usability being the paramount factor. The electric drive motor is manufactured with a variable speed controller providing the option of a slow start up, reducing the potential dangers of chemical splash back. Our comprehensive range includes ATEX approved pump ends and motors suitable for dispensing flammable solutions. The drum pumps are suitable for operation with both acidic and alkaline solutions. Typical chemicals to be transferred would be hydrochloric, sulphuric, nitric acids and caustic, chlorine alkali. We offer equipment packages such as pump end and motor only, a complete package system inclusive of petrol nozzle and flexible hose or electronic batch controller systems. The Drum Pump ends are manufactured in the UK at various lengths from 700mm to 1800mm, ensuring a pump is available for all chemical transfer applications. A standard 1000mm pump end would be used to transfer chemicals from 200 litre barrels, 1200mm pump length for Industrial Bulk Containers (IBC’s) and 1500mm aiding the transfer of solutions from deep process tanks. Electric 240v, 110v and air motor drives are available.

Available for 20/25 Litre and 200 Litre Completely made of plastic with no critical wearing parts to rub down or break, providing great performance throughout it's lifetime. Polypropylene, manufactured from FDA compliant, superior quality LDPE plastic, these pumps have a very broad chemical resistance. They can be used to pump viscous fluids up to 8,800 cps

The ingenious design makes it possible to automatically clean containers that have been contaminated inside with product residue and dust. Thanks to the umbrella-like mechanism, it is also possible to clean containers with small inlet apertures, as the cleaning unit only unfolds once it is inside the container. The design can thus be adapted to virtually any geometric shape of rotationally symmetrical hoppers.

Foeth is offering well maintained, used industrial dryers which are used for the economic: 1) Drying of moist material until the moisture content is reduced to the required percentage. 2) Evaporation of a liquid component from liquid material (dispersions, solutions, …) until a solid material with a defined moisture content is gained The used industrial dryers from Foeth offer the shortest possible delivery time and are a cost-saving alternative to buying new dryers.

The DrySyn® Reactors range encompasses innovative tools for evaporation, heating & stirring in an controlled atmosphere, cooling in an inert atmosphere, and a parallel cooling system compatible with robot platforms or to be utilised as a stand-alone system.

The double-stage air compressors of the DS series compress absolutely oil-free in accordance with ISO 8573-1, class 0 and guarantee outstanding performance in almost all application areas at differential pressures between 4 and 10.5 bar. A compact plug-and-play solution for your processes - not just for sensitive scopes of application.

DSEAR (Dangerous Substances and Explosive Atmospheres Regulations) requires that a hazard must be present – this is usually the presence of an explosive atmosphere and an effective source of ignition. The key requirements for complying with the regulations revolve around the completion of a thorough risk assessment and the undertaking of a Hazardous Area Classification (HAC). Ultimately, the assessment aims to provide a coherent focus for the identification and mitigation from: flammable substances with explosive and oxidising properties alongside substances corrosive to metal substances that can create explosive atmospheres work activities involving other substances that could create a fire, explosion or similar energetic (energy releasing) event e.g. runaway exothermic reactions, decomposition of unstable substances, dust explosions. the occurrence of industrial incidents caused by fires and explosions

Projex Solutions provides DSEAR training to help organisations understand and manage the risks associated with dangerous substances and explosive atmospheres within industrial and process environments. Our training gives employees, managers and operational teams a clear understanding of their responsibilities under the Dangerous Substances and Explosive Atmospheres Regulations while supporting safer day-to-day operations. The training covers the key principles of DSEAR, including how explosive atmospheres can form, common ignition sources, hazardous area classifications and the control measures required to reduce risk. We also explain the importance of safe working practices, equipment selection, maintenance requirements and emergency procedures within potentially hazardous environments. Our DSEAR training is tailored to suit the operational activities and risk profile of each client, ensuring the content remains practical, relevant and easy to apply within the workplace. Training can be delivered to operators, maintenance teams, supervisors, managers and project personnel involved in design, installation or operational activities. Projex Solutions combines technical engineering knowledge with practical industry experience, helping attendees understand how DSEAR requirements apply within real operational environments. The training also supports wider compliance activities including ATEX requirements, hazardous area awareness and process safety management. By improving understanding across the workforce, organisations can help reduce the likelihood of fires, explosions and operational incidents while strengthening overall safety culture and compliance standards. With experience across chemical, manufacturing, industrial and process sectors, Projex Solutions delivers DSEAR training that is practical, informative and focused on helping businesses maintain safe and compliant operations.

Duplex Graphite Rupture Disk The DUPLEX Type Graphite Disk is the best choice for applications involving highly oxidizing agents and halogens.