Green Building Strategy Lead by Example

Transcription

1 Green Building Strategy Lead by Example

2 Haworth, Inc. Global leader in the design and manufacture of office furniture and organic workspaces Raised access floors, movable walls, systems furniture, seating, storage and wood casegoods Family owned 120 Countries served

3 Sustainability Vision Haworth will become a sustainable corporation Dick Haworth, Chairman We engage our people, processes and employ our resources to provide sustainable and adaptable workspace solutions in a manner which protects and restores the environment, creates economic value, and supports and strengthens our communities

4 EPA Engagement Lifecycle Building Challenge Smartway Program Climate Leaders WasteWise 33/50 Program Green Lights

5 Seven Objectives Sustainable Product and Workspace Design Energy Management Green Transportation Zero Waste & Emissions Green Building & Sustainable Site Management Social Responsibility Stakeholder Engagement

6 Sustainable Product and Workspace Design Lifecycle thinking complete systems vs. single products recycled & renewable materials cleaner materials design for disassembly & end of life recycling third party certifications LEED

7 Green Building & Sustainable Sites Committed to LEED/green building globally Preserve and protect the surrounding environment ISO14001 certified manufacturing facilities Share our experience with others

8 How link to sustainability Social Environmental Motivation Safety & Health Effective & Efficient Low Energy Use Closed Loops & Materials Selection Reduced Waste Organizational Performance Human Performance Facility Performance Economic Low Life Cycle Cost Low Operating & First Cost Low Maintenance Cost Financial Performance

9 Building Parts Age Differently A Building Money Map (DEGW - From Francis Duffy and Alex Henney, The Changing City London, 1989.)

10 How Sustainability: Fundamental Part of Design Two planning stage over-drivers Design + Sustainability LEED/Sustainability team Essential Tailored Aligned Culture Embed goals into project specifications

11 How Sustainability: Specification Sections 1352 Environmental Procedures 1353 Waste Management 1354 LEED Product Specifications 1355 Indoor Air Quality Requirements 1357 LEED Documentation Responsibilities 1430 Quality Assurance

12 Specifications Documentation Responsibilities

13 Specifications Documentation Responsibilities II. Contract Documents III. Work to be Included It shall be understood. A. The scope of work shall include, but not be limited to, providing the following: 1. Provide construction services to complete the Carpeting, Resilient Tile, and Base Scope of Work that meets State, County, City of Holland, and all applicable codes. The subcontractor will be responsible to adhere and perform work in accordance with the following design criteria. (a) Compliance with all applicable codes (b) Compliance with the specification sections. All of Division 1, Division 9, Sections 09651, 09653, 09654, and (c) Compliance with the General Design Intent as expressed by the Contract Documents. (d) Compliance with all provision of the Contract Documents (e) Compliance with all USGBC LEED - NC Gold certification requirements per Division 1 Sections through VIII. LEED Documentation

14 Using LEED-NC as a Decision Criteria LEED-NC Certified Silver Gold Platinum points points points points Category Points Possible Haworth HQ Sustainable Sites 14 9 Water Efficiency 5 4 Energy & Atmosphere 17 7 Materials & Resources 13 7 Indoor Environment Quality Innovation Design Process 5 5 Project Totals 69 45

15 What Project Scope 300,000 sf renovation 35,000 sf glass atrium 1,000 ft. new facade 45,000 sf vegetated roof 800 offices LEED-NC 2.1 Gold registered

16 How Hard Work and Innovation 3 tons concrete dust 9 tons flat glass Close the loop 58,000 pounds of carpet tiles 321 tons steel 12.5 tons other metals

17 How Zero Landfill Approach Donating Sorting Recycling Paper 37 Wood 144 Metal ,886 tons 97.4% Drywall 3,966 Concrete 7,170

18 Results Design Challenges Green roof R Value = 28 Higher efficiency envelope Water efficient inside and out Building automation system High efficiency chiller

19 Vegetative Green Roof 45,000 SF Recycled materials 23,000 gallons - 1 rainfall Longer life membrane Lower utilities Reduced storm water -mitigated problems associated with a clay site

20 Design Challenges North Facing Energy Efficient Glass U=.21 Reduced Chiller size Plantings / berm to block wind Shading for non-roof areas Daylight and energy savings 15% more square footage 12% less energy use

21 Our Own Experience Culture and Behavior Space can t change a culture but it can hinder where you want it to go Ratio of private to common areas was 90:10 now 60:40 Space to encourage collaboration Informal and formal meeting needs Most important: Café!

22 Design & Sustainability Creating Great Green Spaces Chicago Showroom Los Angeles Showroom Washington DC Showroom Dallas showroom Pune Showroom, India Holland Michigan, HQ New York Showroom Toronto Showroom, Canada Gold-CI Gold-CI Gold-CI Gold-CI Gold-CI Gold-NC Gold-CI Gold-CI

23 Design & Sustainability LEED Scoring by category and location Category Chicago Los Angeles Wash D C D allas Holland HQ (39 Gold) New York Sustainable Sites W ater Efficiency Energy & Atmosphere Materials & Resources Indoor Environment Quality Innovation Design Process Project Totals (32 Gold) Pune Bombay India

24 Materials & Resources Chicago Los Angeles Wash DC Dallas Holland NC New York Pune, India Toronto LEED CI point Materials and Resources Tenant Space, Long Term Commitment 1 Building Reuse, Maintain 40% of Interior Non-Structural Components Non-Shell Building Reuse, Maintain 60% of Interior Non-Structural Components Non-Shell Construction Waste Managem ent, Divert 50% from Landfill Construction Waste Managem ent, Divert 75% from Landfill Resource Reuse, Specify 5% Resource Reuse, Specify 10% Resource Reuse, Specify 30% Furniture and Furnishings

25 Materials & Resources Chicago Los Angeles Wash DC Dallas Holland NC New York Pune, India Toronto LEED CI point Materials and Resources L T C i Re cycle d Conte nt, Specify 10% (post-consumer + ½ postindustrial) Re cycle d Conte nt, Specify 20% (post-consumer + ½ postindustrial) Regional M aterials, 20% Manufactured Regionally Regional M aterials, 10% Extracted and Manufactured Regionally 1 1 Rapidly Renew able M aterials, 5% 1 1 Certified Wood

26 Materials & Resources Haworth Center, Holland MI 9 tons of crushed glass and 3 tons of concrete dust were recycled into concrete block at no cost New concrete block 52% recycled glass > 2.5 % concrete waste dust

27 Materials & Resources closing the loop Discarded Seating Line Plastic Plastic Trays Vegetated Roof

28 97% of all waste from the construction was diverted from landfill Creative Reuse & Recycling Copper roof Door locksets Elevator fluid Carpet tiles Lighting

29 Start early & integrate early: site, concepts, goals, design, team, specs, closeout process. Form Follows Function, but the subcontractors follow the contract. Your design point of view on the future building performance and interconnected parts will impact present and life-cycle results. Materials management is an important factor, LEED expands and integrates Lessons Learned and Elements of Success

30 Learn more Deconstruction Green roof White papers LEED checklists Sustainability report