leed v4

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LEED v4

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Page 1: LEED v4

LEED v4

Page 2: LEED v4

Wow!

• Foodservice and laundry use five times more BTUs per square foot than other areas of all commercial buildings.

• Kitchens generate more waste than any other apartment.

Page 3: LEED v4

Ratings are based on five categories: Water Efficiency, Energy and Atmosphere, Material and Resources, Indoor Environmental Quality, and Innovation and Design Process

• Kitchens

• Laundry

LEED Rating System

Page 4: LEED v4

Credit 1.1: Water Use Reductions – 20% Reduction

Credit 1.2: Water Use Reductions – 30% Reduction

• Energy Star equipment

• Water-saving dishwashing

• Water-saving pre-rinse spray heads and aerators

• Water-saving ice makers

• New steamer technology

Water Efficiency

Page 5: LEED v4

Rack Conveyor Dishwashers

• Some models consume 50% less water

• Largest water consuming equipment in the kitchen

• Lower water consumption facilitates the use of less electricity to heat the water

Page 6: LEED v4

Pre-Rinse Spray

• New water-saving spray nozzles use 30% less water

• Electric eye and foot pedal faucets in hand sinks reduce water usage

• Solar-powered faucets

Page 7: LEED v4

Pressure Washers

• Electric-powered spray down systems use 30% less water

Page 8: LEED v4

Pulpers / Extractors

• Reduces waste volume by 80%

• Uses 60% less water than garbage disposal

• Labor efficient

Page 9: LEED v4

Credit 1.4: Optimize Energy Performance - Appliances• Electric vs. gas utilities• Energy Star equipment• Heat recovery units• Air doors

Energy and Atmosphere

Page 10: LEED v4

The exhaust rate can be adjusted with variable speed fans. Instead of a fan running at 20,000 CFM all day long, the speed can be adjusted during slower times to only run at 5,000 CFM.

Hood Systems (Variable Speed Fans)

Page 11: LEED v4

Energy Star Heated Cabinets

Page 12: LEED v4

Energy Star Convection Steamers

Page 13: LEED v4

Non-CFC refrigerant

Energy Star Refrigerators

Page 14: LEED v4

Air Screen Door

• Application over doorways or walk-in coolers and freezers

• Keeps air inside to lower the cost of maintaining the temperature

Page 15: LEED v4

Credit 4.1: Recycled Content

• Disposable vs. reusable serviceware

• Wheat board for millwork counters

• Recycled floor tiles

• Walls made from recycled milk jugs

Credit 5.1: Regional Materials – 20% Manufactured Regionally

• Equipment manufactured within a 500 mile radius of the job site

Material and Resources

Page 16: LEED v4

Choose equipment and manufacturer within 500 mile radius of the project

Page 17: LEED v4

Credit 5.0: Indoor Chemical and Pollutant Source Control

• Listing of safe chemicals

• Not using uria or formaldehyde-based glues on plastic laminate

• Electrolyzer

• CFC-free refrigerators

• HEPA air filters in walk-ins

Credit 8.1: Daylight and Views – Daylight 75% of Spaces

• Designing the food service where 70% of space can get daylight

Indoor Environmental Quality

Page 18: LEED v4

Electrolyzer

• Vegetable and fruit wash

• Sanitize work tables

Page 19: LEED v4

Credit 1.1: Innovation in Design

• Grease-eating bacteria solutions

• Healthy menus

• Zero waste

Innovation and Design Process

Page 20: LEED v4

Grease Traps

Grease-eating bacteria

Page 21: LEED v4

Kitchen

• Non-chlorine bleached paper products

• “Green” cleaning solutions

• Recycling and composting

Laundry

• No waste washers

• Water reclamation and filter reuse

• Ozone systems

Green Operational Procedures

Page 22: LEED v4

• Low water usage

• Low gas/electric usage

• Zero or reduced waster

• Efficient cooking exhaust

• Heat and cooling retention

Low Carbon Kitchens

Page 23: LEED v4

• Prep areas

• Cooking battery

• Wait stations

• Dish wash area

• Food storage

Areas of Study

Page 24: LEED v4

• Composting and donating foods

• Stainless steel 300

• Sanitize with electrified water

• Correct faucet aerators

• Correct thawing procedure equipment

• Recipes/scales and production amounts

• Efficient work stations

Prep Area

Page 25: LEED v4

• Induction cooking

• Speed ovens

• Waterless steamers

• Variable speed exhaust fans

• Energy Star (steamers, convection oven, combi oven, fryers)

• Oil conservation fryers

• Convected oil systems

Cooking Battery

Page 26: LEED v4

• Low water use machines – Energy Star

• Heat reclaim / no exhaust machines

• Built-in booster heater

• Pressure spray verse hose bibb

• Drain line reclaim systems

• Tankless water heater

Dishroom

Page 27: LEED v4

• Use ventless technology when possible• Pulper / extractor with centrifugal extraction are less

noisy and use less water• More exact control of humidity / temperature (duke felx

tech)• More exact oil quality measurement (Frymaster Filter

Quick measures quality on oil continuously)• Purifying the air in walk-in cooler extends food shelf life• Larger ice makers use less energy per cube than small

ice makers

Good Practise

Page 28: LEED v4

• Remote condenser

• Scroll type condensers for larger coolers

• ECM-controlled evaporator coils

• Center-hung condenser coils versus wall-hung

• Insulated slab and 5” ceiling versus 4”

• LED lighting

• Air curtains

Food Storage

Page 29: LEED v4

• Wait stations

• Energy Star coffee makers

• Ice cream dipper wells – heated water

• Ice makers with on-demand controls

• Remote all refrigeration

• Automatic defrost versus manual defrost

• Compostable versus biodegradable

• ASTMS-6868-11 code says demonstrate 60-180 day total decomposition

NEW TRENDS

Page 30: LEED v4

Walkin-in Coolers and Freezers

Page 31: LEED v4

Camacho is ready to work with you on your next LEED-Certified project!