DS9 Document EFTA00281451

Earth Parsons The New School for Design School of Constructed Environments Interior Design (AAS) Environmental Design PAID 1028-X1 SP-17 Hikida EFTA00281451 Learning Objectives • At the end of this presentation you should know: • How the orientation of a building on a site affects the interior. • How to measure your carbon footprint. • How to document development density and community connectivity. • How to document public transportation access. • How to document bicycle parking, showers and changing rooms. • How to estimate the amount of program area (square footage) to allocate for recycling in a commercial project. • How to document regional materials. EFTA00281452 1 LEED 2009 for Commercial Interiors Project Checklist Sustainable Sites Possible Points: 21 Crean I croon Credit 36 credit 3.2 Credit 3.3 Site Selection Development Density and Community Connectivity Alternative Transportation-Public Transportation Access Alternative Transportation-Bicycle Storage and Changing Rooms Alternative Transportation-Parking Availability Water Efficiency Possible Points: Prc,e9 1 Water Use Reduction 2€0, Reduction I l o a n I Water Use Reduction V V V V Enerprand Atmosphere Possible Points: PrereO Nereo Prot.' 3 Credo I.1 Credit 1.2 Credit I.) Credit 1.4 OS* 2 Crean! Credn 4 Fundamental Commissioning of Building Energy Systems Minimum Energy Performance Fundamental Refrigerant Management Optimize Energy Performance-Lighting Power Optimize Energy Performance-Lighting Controls Optimize Energy Performance HVAC Optimize Energy Performance-Equipment and Appliances Enhanced Commissioning Measurement and Verification Green Power Materials and Resources Possible P Proton (' edit I.1 Great 1.1 Credit 2 Credit 3.1 Credit 3.2 Credit 4 Credit Credit 6 Credit 7 Storage and Collection of Recyclable Tenant Space-Long-Term Commitment Building Reuse Construction Waste Management Materials Reuse Materials Reuse-Furniture and Furnishings Recycled Content Regional Materials Rapidly Renewable Materials Certified Wood EEC Y Project Name Date Indoor Environmental Quality Possible Points: to 5 Prewar Minimum IAQ Performance 6 El Prong 2 Environmental Tobacco Smoke (ETS) Control 6 'edit I Outdoor Air Delivery Monitoring 2 MEM Credit 2 Increased Ventilation 2 'edit 3.1 Construction IAQ Management Nan-During Construction 11 MEM 'edit 3.2 Construction IAQ Management Plan-Before Occupancy real 4.1 Lew-Emitting Materials-Adhesives and Sealants MEM (edit 4.2 Low-Emitting Materials-Paints and Coatings redlt 4.3 Low-Emitting Materials-Flooring Systems ■■■ 6 to 11 MEM !edit 4.4 Low-Emitting Materials-Composite Wood and Agrifiber Products !edit 4.5 Low-Emitting Materials-Systems Furniture and Seating 37 1 'edit 5 Indoor Chemical ft Pollutant Source Control 'edit 6.1 Controllability of Systems-Lighting 'edit 6.7 Controllability of Systems-Thermal Comfort -MN 'edit 7.1 Thermal Comfort-Design teat 7.2 Thermal Comfort -Verlfitation 1 to 5 -MS !edit 4.1 Daylight and Views-Daylight I tot 1 to 3 'edit 8 Daylight and Views-Views for Seated Spaces 5 told 1 tot EEC' Innovation and Design Process 5 2 to 5 NM- Croat 1.1 Innovation in Design: Specific Title 5 ['edit 1.1 innovation in Design: Specific Title Credit 1.1 innovation in Design: Specific Title Credit 1.4 innovation in Design: Specific Title !edit 1.5 innovation in Design: Specific Title Credit 2 LEED Accredited Professional 1 1 tot =Cr 1 to 2 1 to 2 1 MEM credit 1.1 Regional Priority: Specific Credit treat i.? Regional Priority: Specific Credit 1 to 2 MEM rear 1.3 Regional Priority: Specific Credit 1 tot MEN Great 1.4 Regional Priority: Specific Credit 1 Certified 40 to 49 points Uwe 50 to 59 prints Gold 60 to 79 points Platinum a0 to 110 EFTA00281453 LEED Percentages CI 2009 LEED 2009 for Commercial Interiors Section Possible Points Percentage Sustainable Sites 21 19.09% Water Efficiency 11 10.00% Energy and Atmosphere 37 33.64% Materials and Resources 14 12.73% Indoor Environmental Quality 17 15.45% Innovation and Design Process 6 5.45% Regional Priorities 4 3.64% TOTAL POINTS POSSIBLE 110 EFTA00281454 Earth Facts (1 of 3) 1. The Earth was formed 4.6 billion years ago. 2. The Earth is the third planet from the Sun. 3. The Earth orbits the Sun once every 365.27 days and the orbital speed the Earth travels is averaged at 107,000 km/h. 4. The Earth has one satellite, the Moon. 5. The surface of the Earth is 70% water and 30% land. 6. The circumference of Earth around the equator is 24,901 miles. EFTA00281455 Earth Facts (2 of 3) 1. The earth is made from the following materials — 32.1% iron, 30.1% oxygen, 15.1% silicon, and 13.9% magnesium. 2. The Earth core is made up of 88% iron, and the temperature can reach 3,000 degrees C. 3. The atmosphere on Earth is composed largely of nitrogen (78%) and oxygen (21%) with trace elements of other gases. 4. The troposphere is the region in the atmosphere 12km above the surface of the Earth. It is in the troposphere that all of our weather takes place. lit EFTA00281456 Earth Facts (3 of 3) I. Approximately 25km above the surface of the Earth is the ozone layer. This is a layer of ozone that protects the Earth flOn1 the Sun's harmful ultraviolet radiation. 2. The atmosphere extends as far as 500 km and the Earth's magnetic field stretches as far as 100,000 km. 3. The magnetic field is essential because it protects us from the Suns solar winds. EFTA00281457 71% of the earth's surface is covered with water EFTA00281458 Site Orientation — in the Northern Hemisphere 1. Eastern exposure: morning sun 2. Southern exposure: sun throughout the day 3. Western exposure: late afternoon sun 4. Northern exposure: little direct sun except at sunrise and sunset in the spring and fall 5. North and South are reversed in the Southern Hemisphere 6. Direction of prevailing winds 7. Direction of views West Little Sunshine - Cold Winds during Winter StairCase Comdars — - Storage Elevation exposed to Weather conditions. High Temp. during Summer afternoons. Living Room Main Entrance Play Roam North Steraue Gansu. Genteel Heating Kitchen _/.." Main Entrance NORTH 1 Living Room Pinning Rem Children edit fj South Morning Sun. Pleasant Temp. during Summer Cold during Winter Y 4): MainEVR Kitchen Guest Room Living Room Gons, Room Elevation of the House with most advantages Proper Orientation EFTA00281459 Carbon Footprint Where would your carbon footprint be smaller: 1. on the farm in the photo to the near right, or 2. in the city on the photo to the far right? Why? EFTA00281460 Measure your Carbon Footprint Use the following site to measure your carbon footprint: http://www.nature.org/greenliving/c arboncalculator/ What is your carbon footprint? Are you above or below the U.S. average? Are you above or below the world average? Were you surprised by the results? What are the leading contributors to your carbon footprint? What can you do to reduce your carbon footprint? Illerted Roweling &Wawa Your Results YOUR BEHAVIOR BREAKDOWN Raskas De no a Iw me Om U.S. AVERAGE BEHAVIOR BREAKDOWN taw.. Matd Ore a .two I1) 3%) ..cvoar. • W•Sile nOYI • Woo fn.. lle Orenone (43 PP Ammo a wow 15 4%, •• • • • Your ektenated or enhouse ations are 22 tons of carbon doode (DOH rte 100100) pot year which is below Me U.S. national average. To reduce your climate 101OO01. t,cre are many 1110010 uln95 005 can change in your everyday behavior 'hal tva make a Mg difference In Me 1phl to slow ckmate change • Offset Your Carbon Footprint • Learn More about Natoli Conservancy Garb.. Footprint Calculator Total Oremboute Oat Emissions 11 geoglol 22 I AVOrlige (I people) 80 Woad Promo.. II people) 17 O11501 Your Carbon Footprint Now. $300 hem • 2p W.e.nee, •20 Tons MS pp Wino Ton • s MOO GA EFTA00281461 Sustainable Sites Credit 2 Development Densityand Community Connectivity Option 1: minimum density of 60,000 sfper acre net Option 2: located within 1/2 mile ofa residential neighborhood; within 1/2 mile ofat least 10 basic services; and has pedestrian access between the building and the services. OPTION 1. Development Density Select yace :a a bail ebig tint s loomed in = extol:shed walkable community with a aumm tan denary at oo.ono square feet per aae net The den an caleuanan is based an atypical TWO tory d ownrown dm-atomic:yr and mutt =dude the arm cube proyect nemng bm k OR OPTION 2. Community Connectivity Selea space Ina build mg ct na sit that meet; the follows ng amen a • Is lxised•ritton Ln mile of re res Antal arrant n ea:Moth ood *than average dent Try of tourers peracre net • Is ratan i;a- nal e of at lean io home WITCO • Has pedestrian access h etyma% the buildnand the s Erma Parma:Led use p rowas , no more than a service ratan the project boo nduy maybe earned ash cite lethal= IleTVICie; provided If %%open tothe pub lic_No more liana °fax to rig ON rewired maybe anneyated (act_ u leant matte terattnitand operational). In addax& the tropmed sent eel mu= he documaned ap propnaely todement awe tfartheywelhe oyeranonal = the lexicons mcbested 'chimp:layof occupation of the apply-ant proin Pawnpies of bast temces mei ode the folkway_ • Huir • Place a/IN.:why • (incovnlence tracery. • Day titre (-env • dear • Pim S anon • Braun Salon • Hardware • Pow ()flee • Laundry • Restaurant • Library • School • %Wittier Dental • Sopermarter Office • near? • SenreCre Italy • Comm= try Center • Pm* • Haim Cereer • Pharmacy • Museum Prom= Ty is cletennard by d rarmg a tp. mile rad= s nand a mam buildayentrance on a we my 3.11d marrmgrle samestralan that radius. Greenfield developments and projects that do not use ens a rti mfrastructure are not EFTA00281462 Table 3. Sample Area Properties Sustainable Sites Credit 2 Development Density and Community Connectivity Option 1: minimum density of60,000sfper acre net Example ofa density calculation Properties within Density Radius Building Space (sf) Site Area (acres) Properties within Density Radius Building Space (sf) Site Area (acres) Project Site 30,000 0.44 M 21,080 0.64 A 33.425 0.39 N 28.740 0.3 B 87,500 1.58 0 6,690 0.15 C 6.350 0.26 P 39,000 0.39 D 27,560 0.32 Q 348,820 2.54 E 66,440 1.17 R 91,250 1.85 F 14,420 1.36 S 22,425 0.27 G 12,560 0.2 T 33,650 0.51 H 6,240 0.14 U 42,400 0.52 I 14,330 0.22 V — 0.76 1 29,570 0.41 W 19,200 0.64 K 17.890 0.31 x 6.125 0.26 L 9.700 0.31 Total Building Space (sf) 1.018.36 Total Site Area (acres) 5 15.94 Average Density (sf/acre) 63.887 For this example, the average building density of the surrounding area is greater than 6o,000 square feet per acre, so the example qualifies for 6 points under this credit. EFTA00281463 Apo 1. An illustration ofa Sample Anse Plan Sustainable Sites Credit 2 Development Densityand Community Connectivity Option 2: located within Y2 mile ofa residential neighborhood; within 'A mile ofat least 10 basic services; and has pedestrian access between the building and the services. Example ofa community connectivity map EFTA00281464 Figure 1: Sample Area Drawing: Distance to Rail Sustainable Sites Credit 3.1 Alternative Transportation — Public Transportation Access Option 1: within 'A mile walking distance to a commuter rail, light rail, or subway station. Option 2: within 1/4 mile walking distance to a bus stop Example map I I U 2 M b 1/4 EFTA00281465 T Sustainable Sites Credit 3.2 Alternative Transportation — Bicycle Transportation Requirements Provide secure bicycle racks and/or storage (within 200 yards of a main building entrance) for 5% or more of tenant occupants (measured at peak periods). for Provide shower and changing facilities in the building, orwithin zooyards of a building entrance, for o.5% of full-time equivalent (FTE) occupants. EFTA00281466 Sustainable Sites Credit 3.2 Alternative Transportation — Bicycle Transportation Example: • 100 full-time equivalents (FTEs) • 100 x .05 = 5 bicycle parking spaces within 200-yards of the building entrance. • 100 x .005 = 0.5 = 1 changing and shower facility in the building or within 200-yards of the building entrance. EFTA00281467 Sustainable Sites Credit 3.2 Alternative Transportation — Bicycle Transportation Bicycle parking space planning requirements Considerations: - Space utilization - Safety and liability Reference: ource/resmgdpublicat tons/bicycle parking guidclincs.pdf 4- 2 4 " 48" + 12"-. 30" 24" All dimensions are recommended minimums. 7 The rack area is a bicycle parking lot where racks are separated by aisles. EFTA00281468 I Sustainable Sites Credit 3.2 Alternative Transportation — Bicycle Transportation Shower and changing facility space planning requirements Other considerations: Additional use ofspace Additional utility use: water, HVAC, electricity Lockers and storage Towel service and/or laundry requirements - Can use a local fitness center if located within 200 yardsof the building entrance Reference: Residential-Pricing-Set tai es s nada al awl V IS Ss Vaalti .smov- vs roe Sinvtlet rr soss ma so so • • " Ma 4 WS • a CONSTRUCTION PLAN SCALE •W: 1 -Y SUM III.OS81./ 1.11.SW a M MA. SS 110 S Pao a an a eolith Ile at Rabat ttistaileurt a *NW 7-00 obsi • EFTA00281469 LEED-CI 2009 MR Prereq 1 Storage and collection of recyclables. Figure 1 shows a typical breakdown of waste stream materials. The 5 materials required for collection: Cardboard and Paper 34% Plastics 12% Metals 8% Glass 5% Comprise 59% of the waste stream Recycling reduces the amount of waste disposed in sanitary landfills. Figure 1. Municipal Solid Waste Generation Data from U S Environmental Protection Agency, 2006 Rubber, Leather, Textile 7% Metals 8% Other 3% Glass 5% 440 \ Wood 6% Plastic Il lg r %2lA Food Scraps 12% Paper 34% Yard Trimmings 13% EFTA00281470 LEED-CI 2009 MR Prereq 1 Storage and collection of recyclables. Paper Corrugated cardboard Glass Plastics Metals Show collection areas in plan Or Provide a letter from the landlord outlining the building's recycling program. (2) LED:91. (Architect. ailing °yaw or Caber Responsible Party, LE-ED-CI 2.0 Letter Tensplate MR Preteoussite 1_ St *reg. & Collection of Recedebles Your Name Here declare to USCX that an vastly accarsible area of *pi:comae a stag has bean dedicated to saw the reicyclang needs of do tenant spec* and the separation and storage and for rec)cling veil accomodate the following rowans!, let a minimvnt X Pepor X Conagated camlbomd X Glad: X Plastics X Metals I hare pro ved•d the followwg supplan.Itt.ry docurneet art ien to support tem 03.1•1W1011' X A pion showing ex arm is) dad:wad to wycied manna' collector, and storage CM Pronda a lour ir,rn the Ian outIntro el. a bulding's recyclng program EFTA00281471 LEED-CI 2009 MR Prereq 1 Storage and collection of recyclables. Use this table to estimate the amount of program area (square footage) to allow for a recycling area. Example: How much space should you allocate for a recycling area for a 20,000 square foot commercial office space? How much space should you allocate for a recycling area for a 66,000 square foot commercial office space? Table 1. Recycling Area Guidelines Building Size (sf) Minimum Recycling Area (sf) 0 to 5,000 X32 5,001 to 15,000 125 15,001 to 50,000 175 50,001 to 100,000 225 100,001 to 200,000 275 200,001 or greater 500 EFTA00281472 LEED-CI 2009 MR Prereq 1 Storage and collection of recyclables. For this approximately 900 sf apartment. 1. Use MR Prereq 1, Table 1 to determine how much space should be allocated for recycling. 2. Indicate on plan where you would recommend locating the recycling area. LIVING ROOM 12, 10"x 29, 0" DINING KITCHEN FOYER 9, 0- x 7, 0" BEDROOM 16, 6" x 10'•10" CV' C DRESSING 0 AREA Ii EFTA00281473 LEED-CI 2009 MR Prereq 1 Storage and collection of recyclables. For this approximately 900 sf apartment. 1. MR Prereq 1, Table 1 recommends for 0 - 5,000 sf that 82 sf is allocated for recycling; however this is for a commercial application. 2. Recycling Location Option 1: centrally located, and close to the entry. 3. Recycling Location Option 2: located near the kitchen — assumes most recycling is generated nearby. x LIVING ROOM 12, 10' lc 29,-0' DINING T-4'x 12'4* OPTION 2 RECYCLING KITCHEN • 9".0"x 7, 0" BEDROOM 16%6' x 10, 10- FOYER 1 DRESSING AREA C. 4'4' x TO - E s OPTION 1 RECYCLING EFTA00281474 LEED-CI 2009 MR Prereq 1 Storage and collection of recyclables. Possible solutions: DINING i 9i. [ RECYCLING I T-4' x 128" OPTION 2 a 0 ,41' 7L.r !BROOM 1f4" z 10,10" AVOID THIS LIVING ROOM t2-00'x 29.0 FOYER OPTION 1 RECYCLING EFTA00281475 LEED-CI 2009 MR Credit 5 Regional Materials Goals: To reduce transportation costs and carbon footprint. To support the local economy. Requirements OPTION 1 (1 point) Use a minimum of zo% of the combined value of construction and Division iz (Furniture) materials and products that are manufactured' regionally within a radius of soo miles. OR OPTION 2 (2 points) Meet the requirements for Option i. Use a minimum of io% of the combined value of construction and Division 12. (furniture) materials and products extracted, harvested or recovered, as well as manufactured, within soo miles of the project. EFTA00281476 LEED-CI 2009 MR Credit 5 Regional Materials 500-mile radius from New York City Is the product manufactured within 500- miles of the project site? Is the product extracted, harvested, or recovered within 500-miles of the project site? Does a product manufactured in Asheville, NC qualify? Does a product manufactured in Montreal qualify? Reference: mile-radius-yorlc/ en Michigan Ak Eamundston Quebec ( ILP \ 0 o I ros-Rmeres Montreal O 0 0 Sherbro oke 0 a .j. Ottawa Gewb Barre Peterborough 0 0 r -' Toronto OCrsherna kngston ) \ F lot ' -Hamilton 0 C —Rochester Milwaukee , o Kenosha Buffalo Ann Arbor 0 ?Detroi , 0 snghonIton Chicago.__ 0, \Cleveland Ene Scranton i Fort Wayne Toledo Q vrmicisiom, ta O 0 0 N Ohio Indiana vex, New Jeriey 0 Pittsburgh *a *Columbus 0- 0 0 eld Indianapolis Da don Maryland Philadelphia te . West teesburg0 ° New York New Hampshire Akron Pennsylvania 9 ' Cincinnati Delaware LeursvIle Virginia Washington, d :vansole . o OLe4ngton-Fayette ,, Richmond ' — Kentucky '..' RoanokeoVirginia . District of Columbia Johnsor. " riabe0 • Henderso lie Cm/ - - - . . _ _ 11,1:,1)". : T. no Virginia Knotedkr. - o ° . ' o Tennessee GreenMe Beach o , Ashevlit North CkSOn Carolina creenwieo Charlotte Q Chattanooga FayetteAkr 'tinny o Massachusetts Maine mecticut Km Atlanta ohs South win t:,,gzu_ air „ Carolina N Brun sr EFTA00281477 LEED-CI 2009 MR Credit 5 Regional Materials Sample calculation for regional materials - Distance between project site and manufacturer: >20% target. - Distance between project site and point of extraction: >10% target. Table 2. Sample Spreadsheet fa Regional Materials netted Manufacturer Between Project & Manufacturer links, Product Cost (S) Dix tent a Between Project & Extraction site (miles) Product Cost IS) Regional Content Infomabco Source Concrete (manufacturedd and extracted) Omega Mix 926 Letter front suppliw Concrete (just manufactured) Omep Mix 5 74 Wood Paneling Zeta Panels 25 6,000 Contractor submittal Casework DU Casework 20 30.000 etter L TMtle fabricator Gypsum wan Nu Gyps 320 9.900 312 9.900 Letter from fabricator Wood flooring, salvaged Xi Floors 20 2,640 Cut sheet Ceiling hen fixtures Omicron Lum naire 275 21,000 Product brohure Furniture. reused Pi Woks 45 203.700 Letter from prior owner Component Totals 1274.240 810.826 Total Construction Material Value 5341.214 Division 12 Material Value $598,722 Total Project Material Value $939.986 Percent Manufactured Regionally 1274,240(939.986) 29.2% 292%> 20% MR 5, 1 pant earned Percent Both Manufactured Regionally & Extracted Regionally (10026/939.986) 1.2% 1.1% < 10.0% MR 5, 2nd point not gamed EFTA00281478 Sources . orientation-of-a-house.html . bicycleparking_guidelines.pdf EFTA00281479