May 2009 Archives

Home Composting: A Guide to Composting Yard & Food Waste

What is composting?

Composting is a controlled process of decomposition of organic material. Naturally occurring soil organisms recycle nitrogen, potash, phosphorus, and other plant nutrients as they convert the material into humus.

Benefits of composting

Composting is a convenient, beneficial and inexpensive way to handle your organic waste and help the environment. Composting:

  • reduces the volume of garbage requiring disposal;
  • saves money for you and your community in reduced soil purchases and reduced local disposal costs; and
  • enriches the soil. Using compost adds essential nutrients, improves soil structure, which allows better root growth, and increases moisture and nutrient retention in the soil. Plants love compost!

What you should compost?

Yard wastes such as leaves, grass clippings and weeds make excellent compost. Fruit and vegetable scraps, plus food wastes such as coffee grounds, tea bags, and eggs shells, can be composted. To keep animals and odors out of your pile, do not add meat, bones, fatty food wastes (such as cheese, grease and oils), dog and cat litter, and diseased plants. Do not add invasive weeds and weeds that have gone to seed to the pile. Elements of a good compost pile With these principles in mind, you can convert your organic wastes into resources by turning your spoils to soil.

The Biodegraders

Nature has provided an army of workers who specialize in decomposing organic material. These "critters" - bacteria, fungi, molds, earthworms, insects and other soil organisms - eat all types of organic material and in the process convert nutrients into a form plants can utilize. Without those compost critters, we would be surrounded by mountains of leaves and the soil would be barren. The process of composting is simply a matter of providing the soil organisms with food, water and oxygen. They do the rest.

Organic Material

Organic material contains varying amounts of carbon and nitrogen which nourish the organisms naturally present in your compost pile. (Billions of bacteria inhabit the surface of every leaf and blade of grass in your yard.) The critters need both carbon and nitrogen. An easy way to provide both of these is to remember that brown, woody materials, such as autumn leaves, are high in carbon while green, moist materials, such as grass clippings, are high in nitrogen (refer to "How to Make a Compost Pile" below).

Use approximately three parts "brown" material to one part "green" material to optimize the composting process and prevent odors from developing. This recipe will yield finished composting in three to eight months. Leaves alone break down in six to 15 months. Grass clippings or food scraps composted alone result in unpleasant odors because they contain more nitrogen than the compost organisms can use. Mix leaves, straw or shredded newspaper with green material, or let it dry until it turns brown before composting it alone.

Air

The compost critters need oxygen, just as we do. Lack of oxygen will slow down the composting process and cause odors. Turn your pile, fluff it with a hoe or compost turning tool, or build air passages into the pile with cornstalks to provide oxygen to the organisms.

Moisture

Compost organisms need a moist environment. The pile should be as damp as a wrung-out sponge, but not dripping wet. Make sure leaves are damp when you add them to the compost pile because they will not break down if they are dry. Since moisture evaporates as the pile heats up (a sign of active composting), let rain and snow replace it, or add water during dry spells. A cover helps retain moisture in hot weather.

 

How to Make a Compost Pile

There are as many different ways to make compost as there are people who do it. The following guidelines will get you started, but soon your own experience will help you tailor a method that best fits your needs.

  • Build or purchase a compost bin. Check to see if your community has a composting bin distribution program, or order from a garden catalogue, nursery or hardware store. Enclosed compost piles keep out pests, hold heat and moisture in, and have a neat appearance. Or, bins can be simply made of wire, wood, pallets, concrete blocks, even garbage cans with drainage holes drilled in them. In urban areas, rodent-resistant compost bins - having a secure cover and floor and openings no wider than one-half inch - must be used.
  • Set up the bin in a convenient, shady area with good drainage. A pile that is about three feet square and three feet high will help maintain the heat generated by the composting organisms throughout the winter. Although a smaller pile may not retain heat, it will compost.
  • Start the pile with a layer of coarse material such as corn stalks to build in air passages. Add alternating layers of "brown" and "green" materials with a shovelful of soil on top of each layer. Shredding leaves or running over them with a lawn mower will shorten the composting time. Be sure to bury food scraps in the center of the pile.

High Nitrogen "Green" Ingredients

High Carbon "Brown" Ingredients

grass clippings

autumn leaves

weeds

straw

food wastes: fruit & vegetables, coffee grounds, tea bags, egg shells

paper towels, napkins, bags, plates, coffee filters, tissue and newspaper

manure (cow, horse, chicken, rabbit)

cornstalks

seaweed

wood chips

alfalfa hay/meal

saw dust

blood meal

pine needles

  • Add water as you build the pile if the materials are dry.
  • As time goes on, keep oxygen available to the compost critters by fluffing the pile with a hoe or compost turning tool each time you add material. A complete turning of the pile - so the top becomes the bottom - in spring and fall should result in finished compost within a year. More frequent turning will shorten the composting time.

How to use compost


When the composted materials look like rich, brown soil, it is ready to use. Apply one-half to three inches of finished compost and mix it in with the top four inches of soil about one month before planting. Compost can be applied as a top dressing in the garden throughout the summer. Compost is excellent for reseeding lawns, and it can be spread one-quarter inch deep over the entire lawn to rejuvenate the turf. To make potting soil, mix equal parts compost, sand and loam. You may put the compost through a sieve to remove large particles - these can go back into the pile.






Mulching


Grass clippings, leaves and woody yard wastes can be used as mulch in gardens and around shrubs to keep the soil moist, control weed growth and add nutrients. Woody materials should be chipped or shredded. Use a mulch of pine needles around acid-loving plants. Leaves will work first as mulch, then as a soil enricher as they decompose. Grass clippings should be dried before using as mulch. Do not mulch with grass clippings which have been treated with herbicides; composting them first, however, will break down the herbicides.


Composting without a yard


Composting can be done indoors using an earthworm farm. Not only can you recycle your food scraps, you can also have a steady supply of fishing bait! See MassDEP's vermicomposting page

Don't Trash Grass, Recycle and Replace It for Greener Results

Save Time & Money! Reduce Waste!

Did you know that a half-acre lawn in New England produces more than 3 tons or nearly 260 bags of grass clippings each year?

Think of all the time, money and effort it would take to bag all those clippings. Why go through all that hassle when it's really not necessary? You can have a healthy green lawn by leaving grass clippings where they fall! It's simple...grass clippings left on the lawn will decompose and act as a natural organic fertilizer. This allows you to reduce the amount of additional commercial fertilizer you need to apply. Your lawn will still be healthy and green because each time you mow, you will be returning valuable nutrients to the soil!

The key word is "less"...less fertilizer, less water, less work, and best of all, less waste!

Recycling clippings back into the lawn requires less effort than disposing of them as waste. No one has to handle the clippings - not you, not your lawn care professional and not the waste management crew. You can reduce your mowing time by nearly 40 percent by not bagging, and spend less money on fertilizer and trash bags. And by not trashing grass, you'll be doing your part for the environment by reducing waste! If you follow these "Don't Trash Grass" mowing, fertilizing and watering guidelines, not only will you have a healthy lawn, but you'll never have to bag grass clippings again!

Mowing Techniques & Tips

Any mower can recycle grass clippings. Simply remove the grass catcher! Ask your lawn mower dealer if a special safety plug or adapter kit is needed to convert your mower into a "recycling" mower. You can also have a mulching blade installed.

  • Keep your grass mowed to 2 to 3 inches tall.
  • Do not remove more than 1/3 of the grass blade in any single mowing. For example, if your lawn is kept at 2 inches tall, it should not be allowed to grow higher than 3 inches before it is mowed again.
  • Mow when the grass is dry.
  • Keep your mower blade sharp because dull mowers tear the grass blade, injuring the plant, and create a brownish cast to the turf.
  • If the grass gets just a bit too high, simply mow over the clippings a second time to further shred and scatter them.
  • If excessive growth occurs between mowings, raise the mower height, mow and then gradually lower it over a span of several mowings. This will help prevent shock to the plants.
  • When it's time to replace your mower, consider buying a mulching, recycling, or a non-polluting reel mower.

Fertilizer Application

Proper fertilizer application is important. And remember, when it comes to fertilizer, more is not better! Research shows that most grasses require only modest levels of nitrogen for good color and controlled growth. Too much fertilizer will make your lawn grow faster, resulting in more mowing and more clippings!

Apply fertilizer to your lawn in late April and again in September. If a third treatment is needed, apply in late May. Apply only 1/2 pound of nitrogen per 1000 square feet of lawn at each application. To figure this out, simply divide 100 by twice the percentage of nitrogen (N) in the fertilizer. This will give you the application rate in pounds of fertilizer per 1000 square feet of lawn.

Fertilizer N-P-K rating (%) Divide 100 by twice the % of Nitrogen(N) Pounds of fertilizer to use per 1000 sq.ft.
12-4-8 100 divided by 24 = 4.1 lbs
16-8-8 100 divided by 32 = 3.1 lbs
20-5-10 100 divided by 40 = 2.5 lbs
10-10-10 100 divided by 20 = 5.0 lbs


For slower, more uniform growth, choose fertilizers containing sources of slow-release nitrogen such as methylene urea, ureaformaldehyde, sulfur coated urea, or IBDU. The bag may also read "water insoluble nitrogen" or "slow release nitrogen". All are acceptable and will increase the amount of time the grass can use the nutrient. Watering practices New England has a high precipitation rate, so turf grasses here don't have to be watered to survive. Lawns may turn brown and dormant during periods of drought, but will turn green rapidly when moisture in the soil is replaced. Remember, the more you water your lawn, the faster it's going to grow and the more you will have to mow it!

Watering your lawn

  • Conserve resources by not watering unless the grass really needs it. Let Mother Nature water your lawn!
  • If you choose to water, 1 inch of water is adequate to wet the soil to a depth of 4 to 6 inches. Place an empty can under the sprinkler to measure when an inch has been applied. If water begins to run off the lawn before an inch is applied, turn off the water and let it soak in for an hour or so, then resume watering until 1 inch is applied.
  • Water deeply and less frequently to encourage deep root growth. Light, frequent watering encourages shallow roots and may lead to increased disease and stress injury.
  • The best time to water is in the morning because less water is lost through evaporation and transpiration.
  • Avoid watering during mid-day and try not to water in the evenings since a lawn that remains damp during the night is more prone to disease.

What About Thatch?

Don't worry about grass clippings contributing to thatch problems. Turf experts nationwide agree that clippings do not produce thatch because they are 80 percent water and decompose quickly. Rather, thatch is the accumulation of dead roots and stems and is most often caused by overfertilizing and over watering. A thatch layer of more than 1/2 inch should be removed as a matter of healthy lawn maintenance.

Other Uses for Clippings

Compost clippings at home:

Clippings are an excellent source of nitrogen for your compost pile. No more than 1/3 of the pile should be fresh clippings. Mix thoroughly with "brown" materials such as leaves or straw and turn the pile regularly to keep it well oxygenated and to prevent odors. Use clippings as mulch: Apply dried grass clippings directly on the soil about 1 inch thick to reduce weeds, moderate soil temperature, and control soil spattering, erosion,run-off and evaporation. Avoid mulching with clippings which have been recently treated with herbicides. This can harm your plants. As a precaution, mulch with clippings from herbicide treated lawns only after two lawn mowings. Incorporate clippings into garden soil: Mixing fresh grass clippings into the garden adds nutrients and organic matter which improves the texture and moisture retention properties of the soil. A two inch layer of grass can be turned into the soil to a depth of 6 inches about once a month.

Alternative Landscapes

Consider planting ground covers such as English ivy, pachysandra, and periwinkle; increasing shrub beds; or growing a wildflower meadow as alternatives to turfgrass. They look beautiful, don't need mowing and will help reduce lawn maintenance and yard waste!

If you add native plants, you will not only be preserving your rich local plant heritage...but provide needed food for your native wildlife.  Most animals and insects -- like butterflies and native bees -- depend on NATIVE plants to get the nutrition they have evolved to depend on.

You can help...plant native habitat for native wildlife!

Recycling in Massachusetts Communities

Introduction

Nearly all Massachusetts cities and towns offer their residents the opportunity to recycle. To learn more about recycling and hazardous household product management opportunities and programs in or near your community:

This page also provides how-to information on reducing waste and donating, reusing or recycling unwanted items and links to information about recycling of specific items and materials.

Waste & Recycling: Recycling in My Community
Alphabetical List of Municipal Recycling Programs

Selecting from this list will link you to your community's official recycling or solid waste web site, a district or regional web site providing information about recycling services available to residents of your community, or Earth 911 if no local or regional web site is available.

A, B, C, D, E, F, G, H, I, J, K, L, M, N, O, P, Q, R, S, T, U, V, W, X, Y, Z

Please Note: MassDEP does its best to keep these links up to date. If you encounter one that isn't working, please let us know.

A

Abington - South Shore Recycling Cooperative
Acton - Town Transfer Station 
Acushnet - Recycling in Acushnet
Adams - Department of Public Works
Agawam - Solid Waste Information
Alford - Town Transfer Station
Amesbury - Department of Public Works
Amherst - Recycling & Solid Waste
Andover - Town Recycling Program
Aquinnah (Gay Head) - Martha's Vineyard Refuse Disposal District
Arlington - Trash & Recycling 
Ashburnham - Department of Public Works
Ashby - Recycling Center & Transfer Station
Ashfield - Earth 911
Ashland - Trash & Recycling
Athol - North Central Regional Solid Waste Cooperative
Attleboro - City Recycling Program
Auburn - DPW Solid Waste Division
Avon - Board of Health
Ayer - Town Transfer Station

B

Barnstable - DPW Solid Waste Division
Barre - Landfill & Recycling Center
Becket - Earth 911
Bedford - Recycling Information
Belchertown - Department of Public Works
Bellingham - Department of Public Works
Belmont - Trash, Recycling & Yard Waste Information
Berkley - Earth 911
Berlin - Town Transfer Station
Bernardston - Franklin County Solid Waste Management District  
Beverly - Recycling Information
Billerica - Public Works Services 
Blackstone - Blackstone Valley Regional Recycling Center
Blandford - Earth 911
Bolton - Transfer Station & Recycling Center
Boston - City Recycling Program
Bourne - Town Recycling Center
Boxborough - Town Transfer Station
Boxford - Trash Collection & Recycling Information
Boylston - Earth 911
Braintree - Trash & Recycling
Brewster - Town Transfer Station
Bridgewater - Town Transfer Station
Brimfield - Earth 911
Brockton - Department of Public Works
Brookfield - Board of Health
Brookline - Recycling Information 
Buckland - Franklin County Solid Waste Management District  
Burlington - Trash & Recycling Schedule & Information

C

Cambridge - Recycling Information
Canton - Recycling Department
Carlisle - Town Transfer Station
Carver - Rochester Convenience Facility
Charlemont - Franklin County Solid Waste Management District
Charlton - Town Recycling Committee
Chatham - ChathamRecycles.org
Chelmsford - Recycling Department
Chelsea - Rubbish, Recycling & Yard Waste
Cheshire - Earth 911
Chester - Board of Health 
Chesterfield - Earth 911
Chicopee - Department of Public Works
Chilmark - Martha's Vineyard Refuse Disposal District
Clarksburg - Earth 911
Clinton - Trash Pickup & Recycling
Cohasset - South Shore Recycling Cooperative
Colrain - Franklin County Solid Waste Management District
Concord - Recycling Information 
Conway - Franklin County Solid Waste Management District
Cummington - Board of Health

D

Dalton - Town Transfer Station
Danvers - Recycling & Refuse Collection 
Dartmouth - Department of Public Works
Dedham - Recycling & Solid Waste Services
Deerfield - Franklin County Solid Waste Management District
Dennis - Transfer Station & Recycling Center
Devens - Community Services: Recycling Drop-Off
Dighton - Health Department
Douglas - Earth 911
Dover - Recycling Home Page 
Dracut - Trash & Large Item Disposal
Dudley - Earth 911
Dunstable - Town Transfer Station
Duxbury - Town Transfer Station

E

East Bridgewater - Solid Waste & Recycling Information
East Brookfield - Solid Waste Department
Eastham - Department of Public Works
Easthampton - Trash Removal 
East Longmeadow - Trash & Recycling Contacts
Easton - Board of Health
Edgartown - Martha's Vineyard Refuse Disposal District
Egremont - Town Contact List 
Erving - Franklin County Solid Waste Management District
Essex - Town Transfer Station
Everett - Recycling Information

F

Fairhaven - Board of Health 
Fall River - Department of Public Works
Falmouth - DPW Waste Management Facility
Fitchburg - Trash, Recycling & Yard Waste 
Florida - Earth 911
Foxborough - Trash & Recycling
Framingham - Department of Public Works
Franklin - Town Recycling Committee
Freetown - Waste Management & Transfer Station

G

Gardner - Health Department
Gay Head (Aquinnah) - Martha's Vineyard Refuse Disposal District
Georgetown - Trash & recycling Contacts
Gill - Franklin County Solid Waste Management District
Gloucester - Recycling & Trash Information
Goshen - Refuse Disposal & Recycling Center
Gosnold - Earth 911
Grafton - Department of Public Works
Granby - Earth 911
Granville - Earth 911
Great Barrington - Town Recycling Center
Greenfield - DPW Solid Waste Division 
Groton - Town Transfer Station 
Groveland - Board of Health

H

Hadley - Transfer Station
Halifax - Recycling & Solid Waste Department
Hamilton - Recycling & Refuse Information 
Hampden - Board of Health
Hancock - Earth 911
Hanover - South Shore Recycling Cooperative
Hanson - Town Recycling Program
Hardwick - Town Recycling Center
Harvard - Transfer Station & Recycling Guidelines
Harwich - Town Tansfer Station
Hatfield - Earth 911
Haverhill - Rubbish & Curbside Collection
Hawley - Franklin County Solid Waste Management District
Heath - Franklin County Solid Waste Management District
Hingham - Department of Public Works
Hinsdale - Earth 911
Holbrook - South Shore Recycling Cooperative
Holden - Recycling & Trash
Holland - Waste Removal
Holliston - Recycling & Solid Waste
Holyoke - Department of Public Works 
Hopedale - Recycling Information 
Hopkinton - Town Recycling Committee 
Hubbardson - Town Recycling Center
Hudson - BP Trucking Transfer Station
Hull - Recycling Information
Huntington - Transfer Station 
Hyannis (Barnstable) - DPW Solid Waste Division

I

Ipswich - Town Recycling Committee

J K

Kingston - South Shore Recycling Cooperative

L

Lakeville - Town Transfer Station
Lancaster - Town Recycling Center 
Lanesborough - Frequently Asked Questions
Lawrence - Recycling & Trash Information
Lee - Earth 911
Leicester - Board of Health
Lenox - Earth 911
Leominster - Rubbish & Recycling
Leverett - Town Transfer Station 
Lexington - Trash & Hazardous Waste 
Leyden - Franklin County Solid Waste Management District
Lincoln - Town Transfer Station 
Littleton - Highway Department
Longmeadow - Town Recycling Center 
Lowell - DPW Recycling Program 
Ludlow - Department of Public Works
Lunenburg - North Central Regional Solid Waste Cooperative
Lynn - Department of Public Works
Lynnfield - Recycling Committee

M

Malden - Department of Public Works
Manchester-by-the-Sea - Trash Disposal, Recycling & Composting  
Mansfield - Recycling Information
Marblehead - Board of Health
Marion - Recycling & Rubbish
Marlborough - Rubbish & Recycling
Marshfield - Trash & Recycling
Mashpee - Town Transfer Station 
Mattapoisett - Board of Health
Maynard - Recycling & Solid Waste
Medfield - Town Transfer Station
Medford - Recycling Information 
Medway - Board of Health 
Melrose - Recycling Information
Mendon - Board of Health Trash Program
Merrimac - Curbside Recycling Program
Methuen - Department of Public Works
Middleborough - Trash & Recyclables 
Middlefield - Earth 911
Middleton - Department of Public Works
Milford - Board of Health
Millbury - Town transfer Station
Millis - Department of Public Works 
Milton - Trash, Recycling & Yard Waste Information
Millville - Town Home Page
Monroe - Earth 911
Monson - Board of Health
Montague - Franklin County Solid Waste Management District
Monterey - Town Transfer Station
Montgomery - Earth 911
Mount Washington - Earth 911

N

Nahant - Trash & Recycling
Nantucket - Department of Public Works
Natick - Recycling Center
Needham - Recycling & Transfer Station 
New Ashford - Earth 911
New Bedford - DPW Solid Waste Division
New Braintree - Trash & Recycling
Newbury - Town Transfer Station
Newburyport - Recycling & Trash
New Marlborough - Town Transfer Station
New Salem - Franklin County Solid Waste Management District
Newton - Solid Waste & Recycling
Norfolk - DPW Solid Waste Division & Transfer Station 
North Adams - City Transfer Station
North Andover - Solid Waste & Recycling 
North Attleborough - Solid Waste Collection & Recycling Information
Northborough - Town Engineering Department
Northbridge - Solid Waste & Recycling
North Brookfield - Town Recycling Center
Northfield - Franklin County Solid Waste Management District
Northhampton - Recycling Information
North Reading - Recycling Information 
Norton - Trash & Recycling Information 
Norwell - South Shore Recycling Cooperative
Norwood - Recycling Information 

O

Oak Bluffs - Martha's Vineyard Refuse Disposal District
Oakham - Earth 911
Orange - Franklin County Solid Waste Management District 
Orleans - Cape Cod Cooperative Extension 
Otis - Center for Ecological Technology
Oxford - Earth 911

P

Palmer - Earth 911
Paxton - Earth 911
Peabody - City Home Page
Pelham - Earth 911
Pembroke - Trash & Recycling Information
Pepperell - Town Transfer Station
Peru - Earth 911
Petersham - North Central Regional Solid Waste Cooperative
Phillipston - Town Transfer Station
Pittsfield - Department of Public Works & Utilities
Plainfield - Earth 911
Plainville - Trash & Recycling  
Plymouth - Solid Waste Division Recycling Program
Plympton - Town Transfer Station
Princeton - Earth 911
Provincetown - Department of Public Works

Q

Quincy - Public Works Department

R

Randolph - Recycling Information 
Raynham - Transfer & Recycling Facility
Reading - Recycling Information 
Rehoboth - Town Handbook 
Revere - Trash & Recycling Information
Richmond - Town Home Page
Rochester - Transfer Station (Mattapoisett) & Trash Pick-Up
Rockland - South Shore Recycling Cooperative
Rockport - DPW Transfer Station 
Rowe - Franklin County Solid Waste Management District
Rowley - Recycling Information
Royalston - North Central Regional Solid Waste Cooperative
Russell - Earth 911
Rutland - Earth 911

S

Salem - Recycling Department 
Salisbury - Department of Public Works 
Sandisfield - Center for Ecological Technology
Sandwich - DPW Transfer Station 
Saugus - Department of Public Works 
Savoy - Earth 911
Scituate - DPW Transfer Station Division
Seekonk - Department of Public Works 
Sharon - DPW Operations Division
Sheffield - Town Transfer Station 
Shelburne - Franklin County Solid Waste Management District
Sherborn - Recycling Information 
Shirley - Board of Health
Shrewsbury - Rubbish Disposal & Recycling 
Shutesbury - Recycling & Solid Waste
Somerset - Earth 911
Somerville - Trash & Recycling Information
Southborough - Town Recycling Committee
Southbridge - Curbside Rubbish Removal
South Hadley - Department of Public Works
Southampton - Town Transfer Station
Southwick - DPW Solid Waste Division  
Spencer - Town Transfer Station
Springfield - Department of Public Works
Sterling - Department of Public Works
Stockbridge - Waste Transfer & Recycling
Stoneham - Recycling & Solid Waste Program  
Stoughton - Department of Public Works 
Stow - Earth 911
Sturbridge - Board of Health
Sudbury - Transfer Station & Recycling Center 
Sunderland - Franklin County Solid Waste Management District  
Sutton - Town Transfer Station
Swampscott - Board of Health
Swansea - Town Recycling Program

T

Taunton - Solid Waste & Recycling Information
Templeton - Board of Health
Tewksbury - Recycling Committee
Tisbury - Trash & Recycling Services   
Tolland - Transfer Station & Recycling 
Topsfield - Trash Collection & Recycling Information
Townsend - Recycling Information
Truro - Town Transfer Station
Turners Falls (Montague) - Franklin County Solid Waste Management District
Tyngsboro - Recycling Committee
Tyringham - Earth 911

U

Upton - Board of Health 
Uxbridge - Earth 911

V W

Wakefield - Department of Public Works
Wales - Earth 911
Walpole - Recycling Information 
Waltham - Recycling Department
Ware - Earth 911
Wareham - Recycling Information  
Warren - Earth 911
Warwick - Franklin County Solid Waste Management District
Washington - Earth 911
Watertown - Recycling & Waste Collection
Wayland - Board of Health 
Webster - Earth 911
Wellesley - Recycling & Disposal Facility  
Wellfleet - Cape Cod Cooperative Extension 
Wendell - Franklin County Solid Waste Management District
Wenham - Town Recycling Program
Westborough - Recycling & Trash Disposal
West Boylston - Trash & Recycling Information
West Bridgewater - Town Transfer Station
West Brookfield - Highway Department
Westfield - Refuse & Recycling Collection
Westford - WestfordRecycles.org 
Westhampton - Earth 911
Westminster - Recycling Collection Calendar & Information
West Newbury - Board of Health 
Weston - Department of Public Works 
Westport - Landfill, Transfer Station & Recycling 
West Springfield - Curbside Trash & Recycling Collection
West Stockbridge - Town Transfer Station
West Tisbury - Town Landfill
Westwood - Trash & Recycling Information 
Weymouth - Town Trash & Recycling Program 
Whately - Franklin County Solid Waste Management District 
Whitman - South Shore Recycling Cooperative
Wilbraham - Disposal & Recycling Center
Williamsburg - Earth 911
Williamstown - Town Transfer Station
Wilmington - Recycling Information 
Winchendon - Town Transfer Station
Winchester - Town Transfer Station 
Windsor - Earth 911
Winthrop - Trash & Curbside Recycling
Woburn - Recycling Information 
Worcester - Department of Public Works & Parks
Worthington - Town Information 
Wrentham - Town Recycling Committee 

X Y

Yarmouth - Solid Waste Disposal & Recycling Center

Z

Waste & Recycling: Recycling in My Community
How to Reduce, Reuse & Recycle

Donation & Reuse

Web page

Green Living

Web page

Recycling: The Basics

Web page

Recycling: A Fact Sheet for Residents

Web page | MS Word 87 KB

Recycling for Kids & Teachers

Web page

Setting up a Multi-Family or Apartment Building Recycling Program

MS Word 86 KB

U.S. Environmental Protection Agency (EPA): Recycling & Waste Management FAQ

EPA web site

Waste & Recycling: Recycling in My Community
Recycling Specific Items & Materials

Bottle & Can Redemption

Web page

Building Materials: Construction & Demolition Wastes

Web page

Composting & Organics: Yard & Food Wastes

Web page

Consumer Electronics

Web page

Hazardous Household Products

General Information
Web page

How to Handle & Manage More Than 25 Common Materials & Substances
Web page

Mercury Product Recycling Drop-Off Locations

Google Maps Locator
Web page


Polystyrene Packing "Peanuts"

Plastic Loose Fill Council web site

Where does it all go?

Thanks, Massachusetts, for not throwing it all away! Massachusetts residents recycle over 500,000 tons each year! This is made possible with the help of more than 1,400 Massachusetts businesses that collect, process or use these materials to manufacture new products. Find out what businesses recycle here in the Commonwealth!

How to Get a Low-Cost Compost Bin

To make it easier for consumers to compost kitchen scraps and yard wastes, the Massachusetts Department of Environmental Protection (MassDEP) makes home composting bins available to cities and towns each year through its recycling equipment grant program.

Two styles of compost bins are available through the MassDEP grant program: Earth Machine and New Age Composter. Both are easy to assemble, rodent-resistent and allow for efficient aerobic composting. They are made from a minimum of 50 percent post-consumer recycled plastic collected or processed in Massachusetts. Image of Compost Bins
An average household can compost between 500 and 1,000 pounds of organic material each year in one of these bins, producing a rich soil supplement out of material that would otherwise be thrown away.

Bins retail for between $60 and $100, but are available to residents of communities that receive grants at subsidized prices of between $25 and $35 each.

To Obtain a Compost Bin

See the list of MassDEP Compost Bin Recipients, 1994-2008 (download below) and call the contact person listed for your community or a neighboring city or town.

MS Word 318 KB | PDF 126 KB

The MassDEPs compost bin grant program began with a fiscal year 1993 pilot project in western Massachusetts. About 5,300 bins were distributed to residents of the region. A follow-up survey revealed that 92 pecent of the bins were in use one year later, and that people were putting out an average of 27 percent less garbage for disposal after they started composting.

Between 1994 and 2007, about 258 communities have participated in the statewide compost bin grant program, distributing nearly 109,000 bins. In many of these communities, bins are still available. Under the state's grant program, municipalities use revenue from bin sales to purchase additional bins. After the granted bins have been distributed, communities may continue to order bins under a MassDEP statewide contract for between $33 and $53, depending on bin type.

To learn more about home composting or the bin grant program, contact Ann McGovern: 617-292-5834 or ann.mcgovern@state.ma.us.

Urban Waste Converted to Sustainable Urban Mining

Urban Ore defined opportunities in recycling urban waste and turning it into recycled content for new products.

12 Master Categories Developed by Urban Ore

Urban Ore created a radical concept in Berkeley during the 80s: there is no such thing as waste. Urban Ore creates conceptual designs of zero-waste disposal facilities to receive 12 master categories of discards that can all be recycled.

Every kind of waste falls into these twelve categories in one way or another.

  1. Reusables
  2. Paper
  3. Plant debris
  4. Food scraps
  5. Wood
  6. Ceramics (rock-hard things, including C & D)
  7. Soils
  8. Metals
  9. Glass
  10. Polymers
  11. Textiles
  12. Chemicals
  13. COMPOSITES!
NOTE: Composite materials are the big problem. Together they are difficult to separate. The solution is to NOT use composites, or design them for disassembly (European auto manufacturers have had great success with designing for disassembly -- it gives a whole new meaning to reverse engineering!)

The action step is to determine your processes for the identified materials:

What can you redesign to eliminate waste?

What do you buy?

What do you get rid of?

Then eliminate wasteful purchases and practices.

california c&d construction and demolition debris recycling green solutions

SOURCES:

Earth Resources Foundation
Stephanie Barger
P.O. Box 12364
Costa Mesa, CA 92627
949-645 5163
www.earthresource.org/

GrassRoots Recycling Network
Linda Christopher
PO Box 282
Cotati, CA 94931
707-321-7883
linda@grrn.org www.grrn.org/

California Resource Recovery Association
P.O. Box 276567 Sacramento, CA 95827-6567 916-441-2772
judigregry@aol.com www.crra.com

Gary Liss & Associates
4395 Gold Trail Way
Loomis, CA 95650-8929
Phone: (916) 652-7850
gary@garyliss.com
www.garyliss.com/

Huls Environmental Management, LLC
P.O. Box 4519
Covina, CA 91723-4519
Phone: (626) 969-7816
michael@hulsenv.com
www.hulsenv.com

Richard Anthony Associates
3891 Kendall St
San Diego, CA 92109 USA
858-272-2905
ricanthony@aol.com
www.richardanthonyassociates.com/

Urban Ore
900 Murray St
Berkeley, CA 94710
(510) 841-7283
urbanore.citysearch.com

New United Motor Manufacturing, Inc.
45500 Fremont Boulevard
Fremont, CA 94538 (510) 498-5500
http://www.nummi.com
Local Government Operations Protocol (LGO Protocol) will provide policy framework, calculation methodologies, and reporting guidance for quantifying GHG emissions from local government operations.

Local Government Operations Protocol Now Available for Public Comment

Written Public Comments Due July 18, 2008, 5:00 PM PDT

Local Governments across the United States will soon benefit from a common greenhouse gas accounting and reporting standard. The California Climate Action Registry has partnered with the California Air Resources Board, ICLEI - Local Governments for Sustainability, and The Climate Registry to develop a greenhouse gas (GHG) reporting protocol for local government operations.

Local Government Operations Protocol (LGO Protocol)

These partner organizations have worked with dozens of stakeholders over the last four months to develop the Local Government Operations Protocol (LGO Protocol).

For California Registry local government members, the LGO Protocol will serve as a sector-specific protocol that provides the policy framework, calculation methodologies, and reporting guidance for quantifying GHG emissions from local government operations.

The protocol is based largely on current guidance available to California Registry members, but does include some new guidance, including quantification methodologies that account for the diverse services local governments provide, such as wastewater treatment and solid waste management. The LGO Protocol also includes a local government report template that requires additional information beyond what is currently reported in CARROT.

The draft Local Government Operations Protocol is now available for review and comment. Written comments should be submitted by 5:00 PM PDT on July 18, 2008 to policy@climateregistry.org. Instructions for submitting LGO protocol comments can be found here.

More information about the Protocol and its development process, a PDF of the Protocol and the instructions on how to submit comments are also available online.

PUBLIC WORKSHOP: July 10, 2008

We will hold a public workshop to discuss the LGO protocol and answer questions on Thursday, July 10 from 9 AM - 12 PM PDT at the Cal/EPA Building in Sacramento. More information on the workshop is available at ARB.CA.GOV

Publication Date: 6/26/2008

SAS Sustainability Management Scorecard

The SAS Scorecard provides a view of environmental impact goals that include use of raw materials, and conservation of utilities like electricity, fuel and water.

The software, which SAS claims is the first of its kind from any vendor in the world, applies SAS' expertise in ­reducing the cost of daily ­operations and applies it to the reduction of an organisation's environmental i­mpact.

Scorecard provides a ­"dashboard" view of metrics chosen by the company to reflect its environmental impact goals, which include reduced usage of raw materials, and conservation of utilities like electricity, fuel and water. This is essentially the same view SAS provides of corporate performance metrics in its other software offerings.

Supply Chain to Major Corporations

Smaller businesses that supply goods and services to large corporations could still benefit from ­implementing Scorecard as well, particularly as they are still affected by the latter's green policies.

"Many if not most suppliers to large international retailers, like Wal-Mart, are small ­companies and because of their corporate social responsibility policies they need to know how green their suppliers are," said SAS senior director for ­international programs Thomas Spiller.

"We don't look at the Sustainability Scorecard as something to make a profit from. It's something that can help a company fulfil its social responsibility objectives," he added.

The SAS Scorecard can be provided on a software-as-a-service basis if a company does not have the resources for a full inhouse deployment. In the public sector, it can be deployed at the agency or ministry level.

You can:

  • Calculate the value of intangible assets like employee morale and technology and correlate those measures with tangible information from across your enterprise.
  • Provide strategic value in all of the Balanced Scorecard perspectives - Financial, Customer, Process and People - linking corporate data together in ways that produce better information and decisions.
  • Identify the root causes of potential problems well in advance - allowing you time to consider and plan strategic actions to ensure ongoing success.
  • Support quality standards like Six Sigma, Baldrige, TQM and EFQM that run alongside your scorecard.

SAS

Publication Date: 9/3/2008

Entrepreneurship and Employee Ownership services to help company growth that is stronger, faster and more sustainable...

Entrepreneurship Services

If you seek to develop and deploy innovative solutions designed to increase opportunity, employment, economic growth and community well-being, the Beyster Institute can supply programs, training and other services to help accomplish these goals.

Beyster Institute services include the identification, training and development of high-potential entrepreneurs and executives, policy education and advocacy, and regional economic development.

They serve growth entrepreneurs, small and medium-sized businesses, civil society organizations (CSOs), non-governmental organizations (NGOs), multilateral development banks, and government agencies both in the U.S. and abroad.

Employee Ownership

At conventional companies, employees have little real interest in the financial performance of the business. The result is that management must engage in a constant process of incentivizing, prodding, coaxing, threatening, cajoling and rigorously supervising in order to get employees to act in a way that achieves corporate goals.

Employee ownership changes a company when employees who stand to profit if the company prospers begin to pay attention to corporate initiatives and company goals. As they get involved in the action, they become proactive players, bringing creativity and initiative to their work. They begin to take pride in their company and its successes.

The data collected by researchers consistently shows that companies with employee ownership are faster-growing and more profitable than their non-employee-owned competitors.

Three primary sets of factors influence the selection of employee ownership vehicles used to establish a plan:

  • Ownership vision
  • Strategic business objectives
  • Specific characteristics of the company and its employees

      Individual-based plans for Employee Ownership

      Individual-based plans provide managers with discretion to decide who should receive stock awards and in what amounts. These plans are flexible and relatively inexpensive to implement. They can be used as incentives tailored to certain individuals or teams and may be linked with specific performance targets.

      Company-wide plans for Employee Ownership

      Company-wide plans are better suited for sharing equity with a wide cross-section of the workforce. In order to encourage companies to share stock with most employees, these plans generally provide significant tax advantages to the company. As a condition for receiving these tax benefits, strict rules regarding how these plans may be structured must be followed.

      West Coast Office:

      Beyster Institute
      1241 Cave St.
      La Jolla, CA 92038
      Phone: (858) 822-6000
      Fax: (858) 822-6001
      beysterinstitute.ucsd.edu

      Publication Date: 8/23/2008

    • Systems Empower People

      System development is a central skill needed for thriving in business, community and states - Clinton

      The power of community is the empowerment that comes from working together toward a common good. A system. Developed nations have mastered system-building...but it is a skill that every generation, every nation, every community must re-learn and re-implement.

      You take for granted that you [will be comfortable in your work]...

      Most of those conditions are absolutely unavailable to a vast number of people in the world, where half of its people live on less than two dollars a day, and a billion on less than a dollar a day.

      And largely, it is not because they are not intelligent, not because they are incapable of learning things, and certainly not because they don't work hard. It is because they do not have access to the kinds of systems we take for granted that make the generation of wealth possible, make comfortable lives possible, and make the very building blocks of a good life possible, in terms of health, education, and shelter.

      So my Foundation does a lot of work to create those systems. We work in 25 countries in Africa, where we are actually trying to build the health systems from the ground up. We are working in two countries trying to build health, education, and economic systems simultaneously, using some of the lessons we learned in our HIV/AIDS Initiative in Rwanda. In Malawi, we have doubled, and sometimes tripled, farmers' income by doing what we did with AIDS drugs. We lowered the cost of seeds, we lowered the cost of fertilizer, we improved the distribution from farm to market, and we have had remarkable success. Simultaneously, we have built health care systems from the ground up.

      This can be done all over the world. In the end, I am convinced it is one of the most important things a non-governmental system can do to empower people at the local level to create their own systems so that there is a real connection between the effort they exert and the results they achieve.

      In his speech, Clinton went on to talk about sustainability and our global challenge:

      Finally, let me just say a word about the sustainability issue. I believe that global warming is a real and persistent problem. I do not believe it will be addressed unless we can prove that we can change our energy patterns and essentially move into a post-carbon future in a way that is good for the economy -- not just of the wealthy countries, not just for the United States, Europe, and Japan, but especially of the emerging countries, particularly China and India, but also Indonesia, Brazil, Mexico and all the other emerging economies. If we cannot prove that you can change the pattern of energy usage in a way that is good economics, then I don't think anything we do in America, Europe, and Japan will make any difference. I think the planet will be irrevocably damaged by mid-century, and our children and grandchildren will live a much reduced life.

      So the question is: can we do this? And the answer is: nobody knows for sure, but I think so.

      I devote a lot of my time now to working with cities around the world proving that there are things that you can do on energy and on water management that will make real difference and actually boost economic growth.

      Our Climate Change Initiative works with 40 cities on six continents to prove that it is good economics over the long run to save the planet for our children and grandchildren. President Bill Clinton

      Publication Date: 8/30/2008

      California Center for Cooperative Development

      We need new business models to cope with today's realities -- economic challenges, environmental challenges, educational challenges and the need for local revitalization. How about cooperatives?

      A "cooperative" is a business model that combines a number of sustainable concepts. They provide shared ownership with shared risk and shared rewards. They are usually local, and keep local money in the community. They develop skills for business management in a wide variety of members. They usually focus on local needs. And they can provide local services that are otherwise not provided or feasible by single owner business models.

      In this new age of collaboration, cooperation and innovating our way out of this hole we're in economically and environmentally, cooperatives offer a ray of sunshine, and a heep of help to support sustainable productivity in local communities... productivity such as locally grown food, renewable energy, child care and education, as well as transportation alternatives.

      California Center for Cooperative Development

      The mission of the California Center for Cooperative Development is to promote cooperatives as a vibrant business model to address the economic and social needs of California's communities.

      The CCCD is a 501(c)3 nonprofit organization that promotes and supports a broad range of cooperatives in California including organizations focused on housing, childcare, agricultural, arts and crafts, agriculture and energy. New cooperatives can get help here with start-up, management, and other technical assistance.

      The work of promoting the cooperative business model is broad: from providing start-up assistance -- to encouraging cooperation and coordination among various types of cooperatives -- to disseminating information about successful practices and models for cooperatives.

      Although CCCD incorporated only a year ago most of the staff and board were previously employed or associated with the University of California at Davis Center for Cooperatives, an extension program that closed in 2004 due to budget cuts. CCCD staff have extensive community development and cooperative development experience.

      The Center offers annual seminars to assist Cooperative Directors in effective governance, strategic and financial planning and other issues. Technical assistance to help cooperatives address specific issues is available through a variety of mediums (determined by the circumstances of the cooperative) including referrals, fee for service, or by utilizing grant funding. To help address issues of particular concern to specific sectors of cooperatives, the Center collects, analyzes, and disseminates data, technical knowledge, best practices, and other information.

      The Center educates the public and groups interested in forming a cooperative through a pallet of outreach programs. These include basic information about the cooperative business model, as well as practical information on how to organize cooperatives, cooperative financing, governance, management, and related topics.

      RESOURCE:
      CA Center for Cooperative Development
      430 F Street
      Davis, CA 95616
      P: 530-297-1032
      www.cccd.coop

      Publication Date: 12/30/2008

      Long term planning for sustainability gets a little more serious when we look at long term risk factors and how they will affect our major population centers. Long term, yes, but the solutions are rooted in our shared value system.

      Global warming raises the specter of melting glaciers and ice sheets at both ends of the globe. The West Antarctic Ice Sheet extends over both land and water west of Antarctica's Transantarctic mountains. Even partial melting of this vast ice sheet would cause a significant rise in sea level. But where...and how much?

      The West Antarctic Ice Sheet ice sheet has a huge mass, towering more than 6,000 feet above sea level over a large section of Antarctica that's about the size of Texas.

      The sea level rise from the breakup of this ice sheet would not happen uniformly around the globe, according to an article in Science magazine. When physical and gravitational factors are applied to projections of sea level rise, the impact on coastal areas is dramatically worse in some parts of the world than predicted so far.

      The Science

      The Intergovernmental Panel on Climate Change has estimated that a collapse of this ice sheet would raise sea levels around the world by about 16.5 feet, on average, and that figure is still widely used. However, that theoretical average does not consider several key forces, such as gravity, changes in the Earth's rotation or a rebound of the land on which the massive glacier now rests, scientists say in the new study.

      Aside from incorporating the gravitational effect, the new study adds further wrinkles to the calculation - the weight of the ice forcing down the land mass on which it sits, and also affecting the orientation of the Earth's spin. When the ice is removed, it appears the underlying land would rebound, and the Earth's axis of rotation defined by the North and South Pole would actually shift about one-third of a mile, also affecting the sea level at various points.

      A significant part of the concern is that much of the base of this huge ice mass actually sits below sea level, forced down to the bedrock by the sheer weight of the ice above it. Its edges flow out into floating ice shelves, including the huge Ross Ice Shelf and Ronne Ice Shelf. This topography makes it "inherently unstable," Clark said.

      The Risk Management Data

      When these forces are all taken into calculation, the sea level anywhere near Antarctica would actually fall, the report concludes, while many other areas, mostly in the Northern Hemisphere, would go up.

      If the West Antarctic Ice Sheet completely melted...

      • The East Coast of North America would experience sea levels more than 4 feet higher than had been previously predicted - almost 21 feet!

      • The NA West Coast, and Miami, Fla., would be about 1 foot higher than that -- 22 feet!

      • Most of Europe would have seas about 18 feet higher!

      "If this did happen, there would also be many other impacts that go far beyond sea level increase, including much higher rates of coastal erosion, greater damage from major storm events, problems with ground water salinization, and other issues," says Peter Clark, a professor of geosciences at Oregon State University.. "And there could be correlated impacts on other glaciers and ice sheets in coastal areas that could tend to destabilize them as well."

      Many coastal areas need to plan for greater sea level rise than they may have expected.

      But projections say this might not happen for hundreds of years...or? One thing that has become the norm is that climate changes are happening faster than scientists have projected. Partially because we don't understand all the intricacies of the global systems, and partially because the human factor is affecting imbalances faster and faster. And change is exponential. And we don't know much about earth's long term cycles. And the universe is always in flux. And...

      Risk management? Sometimes we just have to do the best we can do to help prevent the unthinkable. Do the right thing. And that right thing is probably a much more conservative approach to life styles, the ways we do business...and community planning. A simpler life might be the right thing to do...for many reasons.

      Sea Level Change Projections

      Both digital images and video of the impact around the world of sea level increases up six meters can be obtained at this web site: www.cresis.ku.edu

      A digital image of what Antarctica would look like if it consisted only of land actually above sea level is also available at this URL: oregonstate.edu

      SOURCE: Read more at OregonState.EDU

      Publication Date: 2/6/2009

      Welcome to New England Green Solutions

      | 1 Comment
      Welcome to our blog that connects homeowners with practical "green" solutions and the providers of these sustainable solutions.  We search far and wide for practical solutions that help you improve your home, your landscape and your workplace with less waste, cleaner air, fresh water and more viable habitat for all the wildlife and native plants we depend on for a healthy environment.

      We welcome your input.  Please email or call us if we can be of assistance. 

      Our company, "Michael Lemke, Consultants" provides a variety of business services to help small businesses thrive.  Green consulting. Health care services. Business strategy.  Financial strategy.  And local information about our New England communities.

      Warm regards,
      Michael Lemke

      January 2010

      Sun Mon Tue Wed Thu Fri Sat
                1 2
      3 4 5 6 7 8 9
      10 11 12 13 14 15 16
      17 18 19 20 21 22 23
      24 25 26 27 28 29 30
      31