In a unique endeavor, IKA owner René Stiegelmann has partnered up with Professor Phil S. Baran of the world-renowned Scripps Research Institute in La Jolla, California (USA). Over the past three years, engineers and chemists have worked hand in hand to develop a product combining two divisions of chemistry communities: the Electrochemical and the mainstream Synthetic Organic Chemistry Communities that traditionally don’t have much in common. ElectraSyn 2.0 combines three products in one and will facilitate the mass adoption of electrochemistry for preparative organic synthesis: a potentiostat, an analytical device and a stir plate.

The specialist for hygienic applications with a compact, easily accessible transmitter, Promag H is the preferred sensor for hygienic applications with highest requirements in the food and beverage and life sciences industries. With its compact transmitter Promag H 300 offers a high flexibility in terms of operation and system integration: access from one side, remote display and improved connectivity options. Heartbeat Technology ensures compliance and process safety at all times. Field of application The bidirectional measuring principle is virtually independent of pressure, density, temperature and viscosity Dedicated to demanding applications in the food and beverage as well as in life sciences industries Device properties Liner made of PFA Sensor housing made of stainless steel (3A, EHEDG) Wetted materials CIP, SIP cleanable Compact hygienic dual-compartment housing with IP69 and up to 3 I/Os Backlit display with touch control and WLAN access Remote display available

For all applications with conductive liquids From basic to demanding flow measurements, incl. custody transfer and safety-related applications (up to SIL 2/3) Designs and liner materials for virtually any application – from potable water to extremely adhesive, abrasive and aggressive liquids Large choice of nominal sizes up to DN3000 / 120"

Analytik Jena Elemental Analysers can analyser C, N, S and Cl in any matrix! With a range of different modular instruments we can provide the system you need for your application. Whether it’s routine conforming to existing legislative ASTM/DIN/UOP methodology or C, N, S and Cl research on any sample type we can provide a system that will work for you. Full installation, training, method development and service contracts are provided by SciMed

OQEMA delivers advanced solutions for emulsion polymerization across a wide range of applications — including acrylics and vinylics, rubber and latex, PVC, and ABS. Whether for paints, adhesives, coatings, or construction materials, we have the right chemistry for your process. Our Expertise Covers Every Stage Monomer Emulsion • Optimal droplet size and distribution • Enhanced emulsion stability • Controlled viscosity • Minimized foaming Polymerization • Precise particle nucleation • Strong particle stability through steric and electrostatic interactions • Efficient monomer transport • Reduced foaming during reaction Post-Polymerization • Reliable particle stabilization • Controlled surfactant migration • Excellent resin stability • Superior chemical and mechanical performance OQEMA partners with leading suppliers to ensure consistent quality, technical support, and innovative solutions — empowering your formulations for greater efficiency and performance.

The Enduramaxx IBC Silo Liquids Tank is designed for the safe, efficient storage and transportation viscous liquids such as oils, syrups, slurries, and other high-viscosity fluids. This heavy-duty liquid handling container is ideal for industrial, food processing, and chemical applications where robust performance and hygiene are essential. Constructed with a rotationally moulded liner from natural UV-stabilised LMDPE (linear medium density polyethylene), the tank provides excellent chemical resistance and long-lasting performance in industrial environments. Its conical base design ensures total drainage, improving efficiency and reducing residue buildup. The liner is housed within a hot-dip galvanised mild steel frame for excellent weather and impact resistance. Units are interstackable for efficient storage and transport, and come with integral four-way fork truck access points and built-in anti-tilts for improved handling stability and safety

The Enduramaxx IBC Silo Liquids Tank is designed for the safe, efficient storage and transportation viscous liquids such as oils, syrups, slurries, and other high-viscosity fluids. This heavy-duty liquid handling container is ideal for industrial, food processing, and chemical applications where robust performance and hygiene are essential. Constructed with a rotationally moulded liner from natural UV-stabilised LMDPE (linear medium density polyethylene), the tank provides excellent chemical resistance and long-lasting performance in industrial environments. Its conical base design ensures total drainage, improving efficiency and reducing residue buildup. The liner is housed within a hot-dip galvanised mild steel frame for excellent weather and impact resistance. Units are interstackable for efficient storage and transport, and come with integral four-way fork truck access points and built-in anti-tilts for improved handling stability and safety.

The Enduramaxx IBC Silo Liquids Tank is designed for the safe, efficient storage and transportation viscous liquids such as oils, syrups, slurries, and other high-viscosity fluids. This heavy-duty liquid handling container is ideal for industrial, food processing, and chemical applications where robust performance and hygiene are essential. Constructed with a rotationally moulded liner from natural UV-stabilised LMDPE (linear medium density polyethylene), the tank provides excellent chemical resistance and long-lasting performance in industrial environments. Its conical base design ensures total drainage, improving efficiency and reducing residue buildup. The liner is housed within a hot-dip galvanised mild steel frame for excellent weather and impact resistance. Units are interstackable for efficient storage and transport, and come with integral four-way fork truck access points and built-in anti-tilts for improved handling stability and safety

200 litre Dosing Tank is manufactured using food grade polymer and the latest in rotational moulded UV stabilised technologies, ensuring durability and stability. Chemical resistant MDPE (medium density polyethene) is compatible with a wide range of chemicals and reagents. Moulded as a one-piece plastic tank there are no seams or welds for better strength and better for storing oxidising chemicals. These tanks are suitable for over 1500 litre chemicals, please get in contact if you wish to check the compatibility of the chemicals you are looking at storing.

The Enduramaxx IBC Silo Liquids Tank is designed for the safe, efficient storage and transportation viscous liquids such as oils, syrups, slurries, and other high-viscosity fluids. This heavy-duty liquid handling container is ideal for industrial, food processing, and chemical applications where robust performance and hygiene are essential. Constructed with a rotationally moulded liner from natural UV-stabilised LMDPE (linear medium density polyethylene), the tank provides excellent chemical resistance and long-lasting performance in industrial environments. Its conical base design ensures total drainage, improving efficiency and reducing residue buildup. The liner is housed within a hot-dip galvanised mild steel frame for excellent weather and impact resistance. Units are interstackable for efficient storage and transport, and come with integral four-way fork truck access points and built-in anti-tilts for improved handling stability and safety

Projex Solutions provides engineering consultancy services that help clients plan, assess and develop projects with greater clarity, confidence and control. We support organisations across the industrial, chemical, manufacturing and process sectors by providing practical engineering advice, technical studies and strategic project support throughout the project lifecycle. Our consultancy services help clients make informed decisions during the early stages of projects, where effective planning and technical direction can reduce risk, cost and delivery issues later. We support feasibility studies, concept screening, Front End Engineering Design (FEED), Functional Design Specifications (FDS) and project scope development, helping clients evaluate options and establish a strong foundation for delivery. Projex Solutions also provides Engineering Procurement Construction Management (EPCM) support, coordinating engineering, procurement and construction activities on behalf of clients. This approach provides greater visibility and control while ensuring technical quality and project objectives remain aligned throughout delivery. Our team supports framework agreements, programme management, GAP analysis, design validation and due diligence reviews. We also provide specialist consultancy services including factory layouts and relocations, sustainability planning, User Requirements Specifications (URS), vessel and containment inspections, and equipment qualification support. We work closely with clients to understand operational challenges, regulatory obligations and business objectives. By combining technical engineering knowledge with practical project experience, we help organisations identify risks early, improve decision-making and develop practical, compliant and commercially focused solutions.

Projex Solutions provides engineering design services that support industrial, manufacturing, chemical and process sector projects from concept development through to detailed construction information. Our multidisciplinary capability helps clients develop safe, efficient and practical solutions aligned with operational, regulatory and commercial requirements. Our services cover process, mechanical and EC&I engineering disciplines. We produce process design documentation including Process Flow Diagrams (PFDs), Piping and Instrumentation Diagrams (P&IDs), process calculations, control philosophies and pressure relief studies. These services help clients understand, optimise and safely manage their operations while ensuring systems are designed for reliable long-term performance. Within mechanical engineering, we provide layouts, construction drawings, pipework design, equipment integration, 3D modelling and 3D scanning services. We also produce installation information including isometrics, line lists, valve schedules and as-built drawings. This supports accurate fabrication, improved coordination and smoother construction delivery, particularly within complex operational environments. Our EC&I engineering services include power distribution design, cable routing, lighting layouts, instrumentation design, loop sheets, control panel specifications and hazardous area electrical design. We ensure systems are safe, compliant and suitable for operational requirements. Projex Solutions places strong emphasis on safety, operability and buildability throughout the design process. We work closely with clients, operators and contractors to ensure designs are practical, coordinated and aligned with project objectives. Our team also supports concept development, design reviews and technical specification writing to help clients make informed decisions at every stage.

We provide our engineering services for your investment project as an integrated solution. We have many years of experience in the planning, design and construction of industrial plants. We bundle our expertise together in our unique, integrated service concept: sustainable process and plant engineering, adapted to your specific technological requirements. We support you from the initial idea to turn-key production with our comprehensive advice and reliable project management.

Our infrastructure provides 30 L, 100 L, 500 L, and 1000 L enzymatic hydrolysis reactors to carry out efficient conversion of both first-generation (1G) and second-generation (2G) feedstocks into fermentable sugars under controlled conditions. These reactors will enable precise control of key process parameters such as temperature, pH, agitation, and enzyme dosing, ensuring optimal hydrolysis performance across different scales. The availability of multiple reactor volumes will support process development, optimization, and scale-up studies, allowing us to generate reliable and reproducible data for a wide range of feedstocks. This integrated capability will strengthen our ability to advance biomass-to-bioproduct conversion processes and support the development of commercially viable and sustainable solutions.