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BIAR designs and manufactures modular sampling systems for gases and liquefied gases, helping operators collect representative samples while improving safety, containment and ease of use. Depending on the application, process conditions and sampling method required, BIAR offers several configurations, including: sampling valves for use with containers or syringes conventional sampling cylinders double-spindle valves and dedicated containers All systems are based on a modular construction, allowing the sampling solution to be adapted to the process, product characteristics and site requirements. Designed for demanding industrial environments, BIAR gas sampling solutions are suitable for applications where operator safety, sample integrity and reliable operation are essential

BIAR’s in-line sampling systems are industry-leading, combining exceptional operator safety, ease of use, and high sampling accuracy. Designed with a true zero dead-zone and precision-engineered spindle, the system ensures fully representative samples are obtained every time, eliminating contamination risk and stagnant zones. The design prioritises safe operation, particularly in hazardous and high-risk environments, allowing operators to take samples with confidence and minimal exposure. BiAR systems are available in a wide range of standard and exotic materials, making them suitable for demanding applications across the chemical, pharmaceutical, and food & beverage industries. This includes critical and hazardous services such as liquid chlorine and HF alkylation.

Depending on the specific constraints of the reactor or vessel, BIAR designs and manufactures a range of adapted sampling systems to ensure safe, reliable and representative sampling in demanding process conditions. BIAR offers modular reactor sampling solutions that can be installed in different positions according to the process configuration: - Top-of-reactor sampling systems - Side-mounted sampling valves - Bottom-mounted sampling systems These modular systems are available in a broad selection of materials — including stainless steel, corrosion-resistant alloys and PFA-lined versions — and can be configured with multiple options to suit the process media, operating conditions and installation requirements.

When standard solutions are not enough, BIAR develops bespoke sampling systems in close collaboration with its customers. Designed for demanding applications, these solutions can handle: - very high pressures and temperatures - large-diameter pipelines - specific process constraints - quantitative sampling with chamber Custom-built for your process. Engineered for safe, reliable and representative sampling.

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.

Placing biocidal products on the EU or UK market involves active substance approval, product authorisation, and Article 95 listing — depending on where your substance sits in the process. We support manufacturers, importers, and active substance suppliers across all stages: product notification, authorisation applications, and representative services for non-EU AS suppliers.

From active substance approval to product authorisations… We offer the strategic and regulatory insights and scientific knowledge required to support the implementation of your Biocidal Product Regulation (BPR) obligations. Apeiron-Team is your partner for your BPR obligations on national and European level.

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.

Bioflex Ultra High-performance PTFE lined hose with a smooth bore and external convolutions, delivering excellent flexibility and kink resistance. Designed for demanding pharmaceutical, chemical and high-purity applications.

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.