PAM is a company formed in 1937 whose success is based on rotary valves of premium quality.By today, PAM specializes in being (1) a premium rotary valve supplier and (2) complete turn-key solutions in bulk handling: food products, minerals, protein, fishmeal, blood meal, meat and bone meal, cement, biochar and biogasPAM delivers customer-specific and customized systems based on PAM's product program adjusted and modulized to customer needs.The key products:- Rotary valves & airlocks - Self cleaning rotary valve & airlocks (dual axles) - Easy clean rotary vales & airlocks - Screw conveyors- Cooling screw- Pneumatic transport systems dilute phase- Pneumatic transport systems dense phase- Siloes of welded design from 1 to 400m3- Silo discharge screws / multi-scews- Crusher & shredders- Lump breakers- Filter cyclones- Knife gate valves- Mixers (cone mixers and vertical mixers)- Product cookers and heat exchangers- Cyclone meal & bulk coolers- Conveyor belts- Truck / Bulk trailer filling stations full automated- Bulk flow-mass metersPAM is certified to produce food grade machinery and holds a ISO9001 & ISO3834 certificate.Furthermore, PAM can produce pressure vessles according to PED 2014/68/EUWe employ 25 employees at our local machine shop at our address here in Odense, where all engineering, dimensioning and calculation is performed by our very experienced and trained team of project managers. Feel free to contact me directly at aa@pam.dk for inquiries and technical clarification. 10% shareholder of PAM A/S

ABACALC cover a number of classical problems found in process / rendering industrial companies. Companies that typically use steam, hot water or hot oil boilers for heating, washing, boiling, drying, etc.Area of expertise:Steam, hot water and hot oil systemsEnergy loss/improvement calculations before investmentsEnergy optimization and improvementsDesign and sizing of new steam pipes and condensate pipesFlow and fluid calculations, i.a. pressure drop analyzes.Calculation and dimensioning of heat-exchangers.Special corrosion conditionsStress and strenght evalution of structureSelection of valves, safety valves, steam traps, controle valves etc.

Signed as responsible for following machine families:- Haarslev SARC units (guaranteed >10% energy improvement) - Haarslev Compact Coagulator (market leading in cooking performance)- Haarslev Continuous Hydrolyzer - Haarslev Melting pipes- Haarslev Krill CookersOur machines are designed to meet the industry's highest standards in terms of quality, service life, process characteristics and energy efficiency. I take great pride in pushing the boundaries for the rendering industry to meet tomorrow's demands for both quality and energy efficiency.My machines involve a great deal of insight into a wide range of subject areas, including be a specialist in thermodynamics, structural engineering, bolted connections, material choices and corrosion performanceMy work revolves on merging Haarslev’s many year history of real life experience with process & rendering machinery together with latest theories of flow, thermodynamics, strength FEA to improve our present and forthcoming machinery with great help of our design team based in both Denmark & Poland.

Signed as overall responsible for machine families:- Scraped surface heat exchanger (The Haarslev Compact Coagulator)- Screw cooker (The late Screw Fish Cooker)Involving everything from design optimizations, thermodynamic efficiency improvements, strength analysis, bolted connections, material choices, corrosion durability and order handling.

Based in Engineering Centre handling with pressurized equipment - Cooking & Drying.Primary steam heated exchangers for drying, cooking & pre-heating applications for the process and rendering industry.Design according to PED, ASME, DNV GLProduct engineering focus:- Ordre handling, securing the scope of machine from sketch to production- Product engineering in terms of validation of machinal strength, machine heating capacities, flowrates etc.- Service & production support on subparts.

Feedback on whether the competences of the students after graduation are not only applicable but also competitive in the labour market. - to contribute with future visions on the development of the labour market and to point out any associated new/changed competence requirements - to ask critical questions about the overall contents and structural planning of the programme - to relate, in general, to internal and external programme assessments - to propose new programme initiatives both with regard to parts of the programmes and to full-time and part-time programmes.

Working in project teams doing primarily construction and validation of transport mechanisms for Siemens Wind Power. Work include detailed FEA analysis (Ansys) and design and validation of weldings and bolted connections.

In LES (Lowspeed Engineering Small bore) - High pressure sealing applications- Second fuel implementation- 3d CAD and drawings. (Simens NX / TeamCenter)

Final thesis, implementation of second fuel systems for small bore 2-stroke engines.

In LES (Lowspeed Engineering Small bore)