Haydale and Composite Pressure Vessel Innovations Dr Mark Lidgett Engineering Manager 13 th March 2018
Contents Company Overview Haydale s History with Composite Pressure Vessels Haydale s Composite Pressure Vessel Expertise Innovation 1: Rotationally Moulded Liners Innovation 2: Thermoplastic Filament Winding Innovation 3: Nano Material Enhanced Pressure Vessels Test footer 2 2
Mark Lloyd Company Overview 3
Company Overview What We Do Increase technical performance and reduce cost across a multitude of industries. Graphene and other Nanomaterials Benefits 1. Produce tailored advanced materials Enhance the quality and performance of our customers products 2. Manufacture unique, proprietary silicon carbide fibres and whiskers Strengthen ceramics and enable highly scratch and wear resistant coatings 3. Offer graphene enhanced polymers for additive manufacturing Better products with reduced production times 4. Develop graphene enhanced resins for prepreg carbon fibre market Deliver enhanced electrical, thermal or mechanical performance to hi-tech industries 5. Formulate proprietary graphene based inks and coatings Reduce cost and improve data quality, including regulatory approved ink for biomedical sensors 4
Company Overview Our Process Our HDPLAS process delivers a growing portfolio of (MATech ) products with unprecedented performance Supply Chain The right material with the right level of functionalisation is essential for the specific application or product We supply the most appropriate feedstock. Our process is independently verified by the National Physical Laboratory Material Graphene and many other nano particles do not mix naturally with other materials Chemistry To ensure graphene s superior properties can be blended into our customers products, compatible chemical groups are added to the material surface to enable effective dispersion of the graphene ( functionalised ) Level Our patented HDPLAS low temperature plasma process offers the most effective method of achieving this nanomaterial functionalisation and harnesses the true potential of graphene AMAT Advanced Materials Outputs Strategic Business Units RPC Resins, Polymers, Composites 5
Company Overview Global Footprint Haydale Composite Solutions Head Office Haydale Technologies Inc. Haydale Korea Haydale technologies (Taiwan) Co.,Ltd. Haydale Technologies (Thailand) Co.,Ltd. 6
Haydale s History with Composite Pressure Vessels 7
Haydale s History with Composite Pressure Vessels Consultancy Work 2005 DURASTOR Durable Thermoplastic Hydrogen Storage Tanks October 2009 to December 2013 Oxford Brooks University, Crompton Mouldings, Delta Motorsport, MERL and Ticona HOST Hydrogen Optimisation of Storage and Transfer July 2014 to September 2016 Crompton Mouldings, Jonam Composites, JRE Precision and Element Materials Technology Integrated UK zero emission drivetrain for commercial vehicles March 2017 to May 2018 Arcola Energy and Commercial Group 8
Haydale s Composite Pressure Vessel Expertise 9
Haydale s Composite Pressure Vessel Expertise Composite pressure vessel design Composite pressure vessel analysis Robotic filament winding Pressure vessel supply chain collaboration 10
Innovation 1: Rotationally Moulded Liners 11
Innovation 1: Rotationally Moulded Liners Rotational moulding has the advantage of low mould tool costs compared to blow/injection moulding Opportunity for custom sized vessels for an application Encapsulated or bonded metallic boss 12
Innovation 2: Thermoplastic Filament Winding 13
Innovation 2: Thermoplastic Filament Winding Robotic filament winding Laser in-situ consolidation of unidirectional carbon fibre thermoplastic tape onto thermoplastic liner 14
Innovation 3: Nano Material Enhanced Pressure Vessels 15
Innovation 3: Nano Material Enhanced Pressure Vessels Graphene nano platelet enhanced carbon fibre thermoplastic tape Graphene nano platelet enhanced rotationally moulded thermoplastic liners The addition of platelet based nano materials can enhance the barrier performance to gases 16
Thank You mark.lidgett@haydalecs.com 17