KLH = KreuzLagenHolz
Transcription
KLH = KreuzLagenHolz
Development and application of building systems with KLH 20.05.2015 „Development and application of building systems with KLH (cross laminated timber)“ Company and Product Building solutions Residential Education COPENHAGEN, May 20, 2015 High‐rise Future Perspective KLH = KreuzLagenHolz Engl. = Cross Laminated Timber Panels COMPANY AND PRODUCT DI Johannes Habenbacher, KLH Massivholz GmbH 1 Development and application of building systems with KLH 20.05.2015 OVERVIEW OF THE CORPORATE HISTORY JOHANN OFFNER GROUP 1996 Product development Since 1755 the company has been in possession of the Offner family 1997 Establishment of the company and has been handed down from father to son since then 1999 Opening of the current production plant in Katsch/Mur 2005 Establishment of the subsidiary company „KLH UK Ltd.” 2011 Beginning of internationalisation 2012/2013 Johann Offner Group assumes sole ownership of KLH Massivholz GmbH 2014 Investment CNC machine (€ 1,5 Mio.) 2014 Establishment of the subsidiary company „KLH US Holding Corp.” DI Hans Micheal Offner and Mag. Johann Offner MARKET & DISTRIBUTION PRIME MARKETS IN EUROPE DISTRIBUTION AGENCIES Germany Portugal France – Luxembourg Poland Italy Sweden, Norway Switzerland ‐ Liechtenstein Finland, Denmark Belgium Canada The Netherlands Australia Czech Republic Taiwan France (incl. Benelux) Austria United Kingdom Germany Italy Spain Norway Sweden Switzerland Liechtenstein Portugal INTERNATIONAL MARKETS IN DEVELOPMENT SUBSIDIARIES FIELD STAFF KLH UK Ltd. Austria KLH US Holding Corp. Spain Canada USA Australia New Zealand Japan Taiwan Japan DI Johannes Habenbacher, KLH Massivholz GmbH 2 Development and application of building systems with KLH 20.05.2015 KLH – THE PRODUCT KLH – THE ADVANTAGES crosswise glued lamellas material is sustainable and environmentally friendly lamellas mainly in spruce light‐weight construction large sized elements for walls, ceilings and roofs short erection time due to prefabrication maximum dimensions 16.50 m by 2.95 m up to 0.50 m thick extremely accurate shapes and openings non‐visible, industrial visible and domestic visible quality combinable with many different materials 3, 5, 7 or even more layers, according to structural requirements allows for maximum architectural freedom production made to order MANUFACTURING KLH – WE LEAD THE MARKET longest experience in the industry high quality PEFC/FSC–certified raw material glued under a high pressure for excellent structural characteristics emission free PUR adhesive extensive technical know‐how and ongoing project support solution and customer service oriented working style state‐of‐the‐art manufacturing processes and equipment long‐lasting partnerships and repeat business as the target minimum claims rate custom fit surfaces and finishes internal R&D department with own research facilities DI Johannes Habenbacher, KLH Massivholz GmbH 3 Development and application of building systems with KLH 20.05.2015 CNC ‐ ROUTING ASSEMBLING routing with CNC‐technology delivery to the construction site tolerances +/‐ 2mm assembling by expert timber construction companies TECHNICAL APPROVALS & CERTIFICATES European Technical Approval › Approval for Germany › Approval for France › Approval for Spain › ISO 9001 Quality management › ISO 14001 Environmental management BUILDING SOLUTIONS – RESIDENTIAL › PEFC/FSC – Certification › ISO 14025 Environmental Product Declaration DI Johannes Habenbacher, KLH Massivholz GmbH 4 Development and application of building systems with KLH 20.05.2015 SINGLE FAMILY HOUSE CASA SIFERA in Austria In Spain SINGLE FAMILY HOUSE HOTEL FANES In Germany in South Tyrol DI Johannes Habenbacher, KLH Massivholz GmbH 5 Development and application of building systems with KLH 20.05.2015 SINGLE FAMILY HOUSE SINGLE FAMILY HOUSE „WEBER‐MZELL“ on the island of Corsica in Austria PYRAMID ATELIER AM KOGL in the Netherlands in Semriach| Austria DI Johannes Habenbacher, KLH Massivholz GmbH 6 Development and application of building systems with KLH 20.05.2015 EASY CONNECTIONS COMPATIBLE WITH BEAMS OPEN SPACE BY „BOX“‐ SOLUTIONS EXAMPLES: OUTER WALLS DI Johannes Habenbacher, KLH Massivholz GmbH 7 Development and application of building systems with KLH 20.05.2015 EXAMPLES: ROOF DETAILS RESIDENTIAL BUILDING in France PASSIVE HOUSE „SAMER MÖSL“ RESIDENTIAL BUILDING „FRAUENGASSE“ in Austria in Austria DI Johannes Habenbacher, KLH Massivholz GmbH 8 Development and application of building systems with KLH IBA ‐ CASE STUDY 20.05.2015 Apartmenthouse with 4 floors in Germany Timber‐concrete slab elements for long spans DI Johannes Habenbacher, KLH Massivholz GmbH Floor built‐up with screed layer 9 Development and application of building systems with KLH Wooden surfaces at the ceilings 20.05.2015 RESIDENTIAL BUILDING „SPÖTTLGASSE“ in Austria KLH ‐ STRUCTURE Access balconies made of concrete FLOOR BUILT‐UP Floor elements run through the walls Freestanding facing stabilising walls with openings KLH screed Single‐leaf partitian wall Loggias prefixed Grit/bottoming/gravel KLH KLH DI Johannes Habenbacher, KLH Massivholz GmbH Suspended ceiling 10 Development and application of building systems with KLH INSTALLATION SLOTS AND OPENINGS 20.05.2015 PREFABRICATED PARTITIAN WALLS Groves in direction of top layers Big openings ‐> check structural analyses PREFABRICATED INSTALLATION UNITS DI Johannes Habenbacher, KLH Massivholz GmbH PASSIVE HOUSE „AM MÜHLWEG“ in Austria 11 Development and application of building systems with KLH 20.05.2015 KLH ‐ STRUCTURE Building joint FLOOR AND WALL BUILT‐UP Stairhouse made of concrete double‐leaf partitian wall Double leaf partitian wall KLH balconies prefixed screed Grit/bottoming/gravel KLH KLH Suspended ceiling KLH PREFABRICATED OUTER WALLS DI Johannes Habenbacher, KLH Massivholz GmbH 12 Development and application of building systems with KLH 20.05.2015 HYTTKAMMAREN 5‐STOREY PASSIVE HOUSE in Falun ‐ Sweden in Berlin ‐ Germany WOODTEK HEADQUARTER ÅSBOVÄGEN in Taiwan in Fristad ‐ Sweden DI Johannes Habenbacher, KLH Massivholz GmbH 13 Development and application of building systems with KLH 20.05.2015 RESIDENTIAL BUILDING „HELIADES“ KINGSGATE HOUSE in Saint‐Dié‐des‐Vosges ‐ France in London | United Kingdom RESIDENTIAL BUILDING – social housing RESIDENTIAL BUILDING in Saint Dié des Vosges ‐ France in Saint Denis ‐ France DI Johannes Habenbacher, KLH Massivholz GmbH 14 Development and application of building systems with KLH INSTALLATION – CONCEPTS 20.05.2015 INSTALLATION – CONCEPTS 9‐STOREY RESIDENTIAL BUILDING „MURRAY GROVE“ in London – United Kingdom Ground floor in concrete Wall panels KLH 5s 128mm Floor panels KLH 5s 146mm 7000 m2 KLH‐panels 760 Tons bonded carbon CO2 DI Johannes Habenbacher, KLH Massivholz GmbH 15 Development and application of building systems with KLH 20.05.2015 All inner walls load bearing in KLH Slab elements as continuous beams Loadcase „Disproportionate Collapse“ Connectors are able to transmit loads to other load bearing walls (tension) R30 R60 R120 DI Johannes Habenbacher, KLH Massivholz GmbH 16 Development and application of building systems with KLH All load bearing elements 90 min. 20.05.2015 Stair construction made of steel fire resistance no sprinkler system (sprinkler is needed for buildings >30m) Production of the KLH‐ panels in Austria Transportation by truck to the site DI Johannes Habenbacher, KLH Massivholz GmbH 17 Development and application of building systems with KLH 20.05.2015 Stadthaus, Murray Grove - Waugh Thistleton Architects Stadthaus, Murray Grove - Waugh Thistleton Architects DI Johannes Habenbacher, KLH Massivholz GmbH Stadthaus, Murray Grove - Waugh Thistleton Architects 18 Development and application of building systems with KLH 20.05.2015 Stadthaus, Murray Grove - Waugh Thistleton Architects Stadthaus, Murray Grove - Waugh Thistleton Architects Stadthaus, Murray Grove - Waugh Thistleton Architects Stadthaus, Murray Grove - Waugh Thistleton Architects DI Johannes Habenbacher, KLH Massivholz GmbH 19 Development and application of building systems with KLH Stadthaus, Murray Grove - Waugh Thistleton Architects 20.05.2015 Stadthaus, Murray Grove - Waugh Thistleton Architects Erection time: 3 working days per floor Montage team = 4 carpenters Stadthaus, Murray Grove - Waugh Thistleton Architects DI Johannes Habenbacher, KLH Massivholz GmbH 20 Development and application of building systems with KLH 20.05.2015 Erection: 9 floors in 9 weeks Comparison to concrete frame: 17 week time saving DI Johannes Habenbacher, KLH Massivholz GmbH 21 Development and application of building systems with KLH DI Johannes Habenbacher, KLH Massivholz GmbH 20.05.2015 22 Development and application of building systems with KLH Stadthaus, Murray Grove - Waugh Thistleton Architects DI Johannes Habenbacher, KLH Massivholz GmbH 20.05.2015 Stadthaus, Murray Grove - Waugh Thistleton Architects 23 Development and application of building systems with KLH Stadthaus, Murray Grove - Waugh Thistleton Architects 20.05.2015 Stadthaus, Murray Grove - Waugh Thistleton Architects 10‐STOREY RESIDENTIAL BUILDING in Melbourne ‐ Australia Forte Apartments – Lend Lease DI Johannes Habenbacher, KLH Massivholz GmbH 24 Development and application of building systems with KLH Forte Apartments – Lend Lease 20.05.2015 Forte Apartments – Lend Lease Timber volume 1025 m³ Build period: 16 weeks Tallest timber building in the world (?) Australia‘s first timber high rise apartment building 10 storeys high Forte Apartments – Lend Lease DI Johannes Habenbacher, KLH Massivholz GmbH 25 Development and application of building systems with KLH 20.05.2015 KINDERGARTEN „JOSEF‐FELDER‐STRASSE“ in Germany BUILDING SOLUTIONS – EDUCATION KINDERGARTEN „ARCHE NOAH“ ANNE FRANK SCHOOL in Germany in the Netherlands DI Johannes Habenbacher, KLH Massivholz GmbH 26 Development and application of building systems with KLH 20.05.2015 EDUCATIONAL CENTRE CEIP CATALUNYA BESSEMER GRANGE CHILDREN‘S CENTRE in Spain in the United Kingdom DROOMSCHOOL THE OPEN ACADEMY in The Netherlands in the United Kingdom DI Johannes Habenbacher, KLH Massivholz GmbH 27 Development and application of building systems with KLH 20.05.2015 Open Academy Norwich‐ Sheppard Robson Architects Open Academy Norwich‐ Sheppard Robson Architects DI Johannes Habenbacher, KLH Massivholz GmbH Open Academy Norwich‐ Sheppard Robson Architects 28 Development and application of building systems with KLH 20.05.2015 Open Academy Norwich‐ Sheppard Robson Architects Open Academy Norwich‐ Sheppard Robson Architects Open Academy Norwich‐ Sheppard Robson Architects Open Academy Norwich‐ Sheppard Robson Architects DI Johannes Habenbacher, KLH Massivholz GmbH 29 Development and application of building systems with KLH Open Academy Norwich‐ Sheppard Robson Architects 20.05.2015 Open Academy Norwich‐ Sheppard Robson Architects Timber volume 3095 m³ Build period: 16 weeks KLH panels: approx. 2476 tonnes of CO2 removed from atmosphere 140 tonnes of emitted CO2 from transporting timber to project site Therefore a „net gain“ of 2336 tonnes Open Academy Norwich‐ Sheppard Robson Architects DI Johannes Habenbacher, KLH Massivholz GmbH 30 Development and application of building systems with KLH 20.05.2015 WEST LONDON ACADEMY in the United Kingdom West London Academy – Architects Co‐Partnership DI Johannes Habenbacher, KLH Massivholz GmbH West London Academy – Architects Co‐Partnership 31 Development and application of building systems with KLH West London Academy – Architects Co‐Partnership 20.05.2015 West London Academy – Architects Co‐Partnership Timber volume 910 m³ Build period: 10 week KLH panels: approx. 728 tonnes of CO2 removed from atmosphere 34 Tonnes of emitted CO2 from transporting timber to the project site therefore a “net gain” of 694 tonnes West London Academy – Architects Co‐Partnership DI Johannes Habenbacher, KLH Massivholz GmbH 32 Development and application of building systems with KLH 20.05.2015 RADLEY SCHOOL in the United Kingdom Radley College – Design Engine Architects Timber volume 103 m³ Build period: 3 week KLH panels: approx. 77 tonnes of CO2 removed from atmosphere 7 Tonnes of emitted CO2 from transporting timber to the project site therefore a “net gain” of 70 tonnes Radley College – Design Engine Architects DI Johannes Habenbacher, KLH Massivholz GmbH 33 Development and application of building systems with KLH 20.05.2015 WILLIAM PERKIN United Kingdom William Perkin Church of England School ‐ Feilden Clegg Bradley DI Johannes Habenbacher, KLH Massivholz GmbH William Perkin Church of England School ‐ Feilden Clegg Bradley 34 Development and application of building systems with KLH 20.05.2015 William Perkin Church of England School ‐ Feilden Clegg Bradley William Perkin Church of England School ‐ Feilden Clegg Bradley William Perkin Church of England School ‐ Feilden Clegg Bradley William Perkin Church of England School ‐ Feilden Clegg Bradley DI Johannes Habenbacher, KLH Massivholz GmbH 35 Development and application of building systems with KLH 20.05.2015 Timber volume 3748 m³ Build period: 14 week KLH panels: approx. 3144 tonnes of CO2 removed from atmosphere 168 Tonnes of emitted CO2 from transporting timber to the project site therefore a “net gain” of 2976 tonnes William Perkin Church of England School ‐ Feilden Clegg Bradley BUILDING SOLUTIONS – „HIGH RISE“ William Perkin Church of England School ‐ Feilden Clegg Bradley DI Johannes Habenbacher, KLH Massivholz GmbH 36 Development and application of building systems with KLH 20.05.2015 HoHo Under development in Vienna TIMBER TOWER in Germany DI Johannes Habenbacher, KLH Massivholz GmbH 37 Development and application of building systems with KLH FUTURE PERSPECTIVE 20.05.2015 ‘If the nineteenth century was the century of steel and the twentieth the century of concrete, then the twenty‐first century is about engineered timber ’ Alex de Rijke, Director, dRMM MANY THANKS FOR YOUR ATTENTION DI Johannes Habenbacher, KLH Massivholz GmbH 38