Our bespoke training is tailored to your processes, risks, and organisational responsibilities, with no off-the-shelf content. We build real competence that improves decision-making and reduces reliance on external consultants. This strengthens safety culture and ensures clear accountability from shop floor to boardroom.

BOPP’s Betamesh PLUS range developed specifically for applications in water filtration. Betamesh PLUS offers high flow rates and exceptional filter performance even for heavy sediment loading, together with excellent backwashing properties for an extended service life. Offering filter fineness down to 5 microns, Betamesh PLUS is also available as a layered and sintered mesh for industrial waste water treatment, providing added durability and performance as well as chemical resistance. Pretensioned filter elements are also available in cylinder or disc format, produced to individual specifications.

For Size 1 (7" x 16") or Size 2 (7" x 32") filter bags Flow rate up to 35 m3/hr 2" BSP, 2" flange or 3" flange connections 304 or 316SS construction Bolted closure Max pressure: Up to 10 bar Max temperature up to 80C Differential pressure measurement optional Duplex (Duty/standby) configuration with valves optional

Dinnissen’s modular Big Bag Unloading Station ensures safe and ergonomic product intake. Big Bags are emptied effortlessly and dust-free, after which the product can be further transported or processed. As the name suggests, there are many possible versions of the Big Bag Unloading Station. Dinnissen delivers an optimal solution, adjusted to the desired results and the product to be processed.

Bio-Based HPLC Solvents: The Future of Chromatography Is Here Our Bio-Renewable HPLC solvents represent a new era in more sustainable chromatography. Made from renewable feedstocks with bio-carbon content certification, these solvents deliver the same precision and reliability as traditional petroleum-based solvents while adhering to Reag. Ph Eur and ACS Reagent specifications. They are drop-in replacements requiring no method redevelopment, making the transition to a more greener chromatography seamless. Available are acetonitrile, methanol, and ethanol in gradient-grade and partly LC-MS applications, our bio-based solvents help you reduce your environmental footprint without compromising analytical performance.

Enviresearch provides end-to-end regulatory management and technical support for biocidal product registrations in the UK and EU. From early strategy through to dossier submission and post-authorisation support, we help you navigate BPR requirements efficiently and with clarity — reducing delays, mitigating risk, and securing market access. How we support your registration pathway: • Regulatory strategy & product family structuring • Pre-submission meeting support & authority liaison • Data gap analysis & Article 95 compliance support • Letters of Access & study strategy development • Study contracting & CRO monitoring • Product Type (PT) specific human health & environmental risk assessments • Product Assessment Report (PAR) authoring • IUCLID dossier assembly & SPC preparation • R4BP3 submission & post-submission response management • Poison Centre Notification (PCN) & UFI generation Our multidisciplinary team combines regulatory project management with deep scientific expertise in chemistry, efficacy, toxicology, environmental fate and ecotoxicology. We deliver robust, compliant PARs and technically sound IUCLID dossiers designed to meet regulatory expectations. Whether your product falls fully under BPR or under national transitional measures (Article 89), we provide practical, commercially focused solutions tailored to your portfolio. Let’s talk about securing your biocidal product authorisations in the UK and EU.

The use of biogas as an energy source will considerably help achieve the environmental objectives set nationally and internationally; be that reducing reliance on nuclear energy or the reduction of CO2 emissions. Specially designed for the biogas market, AERZEN biogas blowers of series GM ensure ultimate reliability and efficiency.

Our 95 kPa Specimen Transport Bags are the ideal solution for secure and compliant transportation of UN 3373 biological specimens when used as part of a triple packaging system. Designed to meet the requirements of P650, these leakproof bags are a compliant secondary packaging for the transport of blood, tissue samples and other infectious substances suspected of containing UN 3373 Category B Infectious Substances. Fully compliant with ADR, IATA and IMDG UN 3373 regulations, our biohazard bags ensure the secure handling of clinical and biological samples. They are trusted by laboratories, veterinary practices, hospitals and medical facilities worldwide for the transportation of biohazardous materials. Our new biohazard bags come in two sizes: BioBag-751 – our smaller option measuring 190mm x 275mm BioBag-752 – a larger bag measuring 260mm x 355mm When used as part of a triple packaging system, our specimen bags offer reliable containment during shipping. Each bag has been independently tested by an impartial test lab and proven to meet the 95 kPa pressure test in accordance with Packing Instruction P650. Key Features 95 kPa pressure tested by an independent test lab Unique barcode for identification and specimen traceability Integrated document pouch Strong waterproof adhesive closure Leakproof and puncture-resistant construction Easy open bags with tear notches, no scissors required Suitable for UN 3373 biological specimens, medical samples and biohazards Fully compliant with ADR, IATA and IMDG P650 Why Choose Our Biohazard Bags? We independently test our BioBags to ensure they meet 95 kPa capability requirements. 95 kPa capable clinical bags ensure the packaging will not burst due to any atmospheric pressure changes which may occur during transit. If shippers use bags that are not capability tested to 95 kPa there is a risk of leakage.

Bi-directional zero leakage butterfly valve. ISO Pad for mounting, Gear Operator / Actuator Extremely small play between the stem and disc due to ‘Double D’ drive. Accurate dual stem sealing prevents leakage. Butterfly valve can be mounted between flanges as per ASME. 100% Tested With Pneumatic And Fluid (Water) Media. Design Standard : ISO 5211, API 609, ASME B16.5 150#. Face to Face Dimension : API 609 (CAT A). Operator mounting flange : As per ISO 5211. Operator : Hand Lever / Gear / Actuator Leakage Class : 100% tightness at full differential Pressure.

The following processes are available in many of the 13 self-contained process units in our Crewe factory: 3 Low shear batch blending units. 4 High shear batch blending units. 3 Continuous blending systems. 1 Fluidised bed system. Low shear blending is offered using ribbon and U Trough blending equipment. These blenders achieve a gentle folding action with blend times typically 20 to 60 minutes. Feed to the blenders can be from big bags, sacks, drums or boxes. Feed material can be check screened prior to charging into the blender. Product is typically discharged to big bags but can also be packed to sacks or boxes incorporating check screens. With careful operation these blenders can disperse oils and waxes onto powder or granules in order to reduce the dustiness of the final product. High shear Ploughshare mixers are available with capacities ranging from 2000 to 4200 litres. They are capable of the accurate dispersion of low levels of chemicals in short blend times. Chopper units (running between the ploughs) permit dispersion of liquids into the blend and also serve to control oversize generation should this be an issue. Very high shear blending can uniformly disperse high viscosity liquids into powders with heating if required. Custom Powders in house designed loss in weight systems can continuously blend up to 4 powder streams and a liquid if required.

BOLA produces a range of sophisticated, professional laboratory products constructed from a variety of high performance materials, developed and manufactured by in-house specialists with precision and attention to detail. The use of specific materials, such as PTFE, enables innovative product design for stirring and mixing, temperature measurement, distillation and filtration, ensuring excellent chemical and thermal resistance. BOLA benefits from keeping both design and production of their products in-house, allowing them full control over every aspect of the manufacturing process. This means that all requirements, from safety to functionality to design, are realised with the efficiency and expertise expected of a competitive modern laboratory products manufacturer. Screw joints and ground joint components, tubing and connectors allow a large number of possible combinations when it comes to creating sophisticated systems for sampling and feed, using standard laboratory bottles and containers. For the distillation of strong acids or alkaline products, BOLA offers reaction vessels with up to 6 litre capacity in either PTFE or PFA. All parts exposed to mediums are either made completely of PTFE/PFA, or jacketed for effective protection. Stirring/Mixing BOLA magnetic stirring bars and stirrer shafts feature a range of different qualities, making them highly suitable for use with an array of other products and vessels. The comprehensive BOLA product line offers high quality labware solutions for a variety of technical and professional needs. crew Joints/GL Thread Components With easily combined screw joint elements from BOLA, you can create flexible liquid feed and distribution systems quickly and efficiently. Ground Joint Components The unique properties of PTFE guarantee that all BOLA products perform well within a high pressure, professional laboratory or industrial environment. and are specifically designed to create watertight, vacuum ground joint connections.

The Bond-Rite REMOTE enhances safety and security of processes at risk of generating electrostatic charges by continuously monitoring the connection of the clamp to the container or other conductive items of plant. The Bond-Rite REMOTE indicator station houses both the earth loop monitoring circuit and a bright green LED indicator which pulses continuously when it detects that the resistance between the equipment and the site’s verified earth is 10 ohms or less. For processes where a wall mounted indicator is preferred, two enclosure options are available. The standard SDP (Static Dissipative Polyester) enclosure is suitable for general processing environments, whereas the stainless steel enclosure caters for corrosive or hygienic environments. The battery provides up to 6 months of power for equipment grounded for up to an average of 6 hours per day.

in a complete loop made through the designated earthing point. For processing applications requiring earthing for more than 6 hours per day, the Bond-Rite REMOTE EP can simultaneously power up to ten indicator stations using 230V AC or 115 V AC mains power. This enables users to actively monitor up to 10 items of plant equipment at risk of electrostatic charging.

Atom Scientific supplies a range of Bottle Top Dispensers from both Borosil and Gilson, renowned for their high quality borosilicate glass and precision pipetting systems, both brands offer bottle-top dispensers with excellent calibration options. These options enable users to recalibrate the instrument easily without needing third party services even after autoclaving or dismantling. Our Bottle Top Dispensers Feature... Built-in Safety Splash Guard: Prevents accidental ejection of the discharge tube for added safety. 360° Working Position: Allows for safe, easy access from any angle on the bottle. Effortless Dispensing: The low-resistance piston ensures smooth liquid dispensing with minimal effort. Easy Volume Selection: Large format scale with a slide-and-lock knob for precise volume adjustments. DIY Calibration Ring: Users can recalibrate the unit themselves with the built-in tool and position marker—no need for costly third-party services, even after autoclaving or dismantling.