Think “Not Waste”® ..

Slides:



Advertisements
Similar presentations
Why landfills? Why methane? Why NOW?. PROBLEM: Landfilling food and paper is heating the planet. Biodegradable materials in a landfill decompose anaerobically,
Advertisements

Petra Rubber Powder Industries Ltd. The greener way to move forward.
1Revision 5 BUSH POWER GROUP LLC The Woodlands, Texas Presentation to.
Sustainability: What Does It Mean for Mechanical Engineers?
CH. 13. Solid-Waste Management Introduction SOLID WASTE Definition Categories Examples Municipal solid waste (MSW) 70 % of MSW (valuable material.
U.S. Environmental Protection Agency April 13, 2011 Final Rules to Reduce Air Toxics from Boilers.
Non-Hazardous Secondary Materials Definition: How it Relates to Boiler MACT and CISWI Rules Biloxi, MS ♦ September 13, 2012 Melissa Hillman Justin Fickas.
University of Khartoum Institute of Environmental Sciences Dip/ M.Sc in Environmental Sciences Semester 2 ENVIRONMENTAL POLLUTION COURSE By: Dr. Zeinab.
Bill Chynoweth Resource Management Partners Troy, Michigan Bill Chynoweth Resource Management Partners Troy, Michigan Renewable Energy Which way should.
Identification of Non- Hazardous Secondary Materials That Are Solid Wastes EPA Proposed Rule April 30, 2010 Osman Environmental Solutions Harrisburg, PA.
Triple Effect of Reject to Power on Joburg’s Waste Vision
Integrated Waste Management Reduce, Reuse & Recycle Your Name Your Title Your Organization.
VEXOR Technology, Inc.. Background Founded in principals are seasoned environmental management professionals with more than 100 years of combined.
Chapter 24 Solid and Hazardous Wastes
Chapter 24 Solid and Hazardous Waste
Greg Russell President, GARCO, Inc.
Waste Derived Fuels NERF, 6 th June 2013 Kirk Bridgewood Derwentside Environmental Testing Services.
1 Waste To Energy (WtE) A Renewable Energy Source June 26, 2013 Joe Yavorski
The Throwaway Society Chapter What is the difference between trash and litter? 2. How much trash do you think you produce each day? 3. How much.
ENVIRONMENTAL QUALITY AND HERITAGE ISSUES Chapter Seven.
©October, 2006 Masada OxyNol  MASADA OxyNol, L.L.C. FINALLY, A CLEAN SMART SOLUTION TURNING WASTE INTO ETHANOL Presentation for Alternative Energy Solutions.
Chapter 17 Externalities and the Environment © 2009 South-Western/ Cengage Learning.
CIWMB Conference October 17, “Distributed Urban Biomass Power Production”
Solid Waste are useless, unwanted or hazardous materials resulting from human activities Rubbish that may decompose e.g. food materials Non-decomposable.
Waste Management Lesson 3. Learning Goals In this activity you will: Learn the process, benefits, and types of composting; Study the importance of reduce,
Proprietary work product, not for reproduction 1 BIOMASS GASIFIER 20 MW POWERPLANT Energy & Environmental Integrators Note! This system can be scaled from.
Waste Management Chapter 16.
Wheelabrator Technologies Inc. A Waste Management Company.
Solid Waste Management Lilian Giertz. Overview  What is solid waste?  How does this affect us?  Current management practices  Future management possibilities.
How Thailand greentech challenges are tackled in technology process & manufacturing, zero waste policy and eco-car manufacturing Ministry of Industry,
 Energy from Waste Mass burn technologies operating at extremely high temperatures Initially - no filtration for hazardous air emissions No federal or.
Miami Dade Resources Recovery Facility Operated By: Montenay Power Corporation.
The role of waste management and energy from waste in a circular economy- SITA UK’s proposed Severnside development Sept 2009 Stuart Hayward-Higham.
Waste Chapter 19.
Sustainable Alternatives In generating power for chemical plants.
Rendering: Today’s Solution for Safe Food Waste Processing.
Capital District Regional GHG Inventory CDTC Planning Committee Meeting 10/1/2014 GHG emissions (MTCDE)
Carolina Recycling Association 23 rd Annual Conference and Trade Show Myrtle Beach, SC April 12, 2013.
Chapter 24 Solid and Hazardous Wastes. Types of Solid Waste  Municipal solid waste  Relatively small portion of solid waste produced  Non-municipal.
Stop Trashing the Climate Brenda Platt Institute for Local Self-Reliance BioCycle West, San Diego April 15th, 2008 Brenda Platt Institute for Local Self-Reliance.
Solid Domestic Waste By: Laya Bataineh & Yousser Louhaichi.
Garbage. We throw away… Enough aluminum to rebuild the country’s commercial airline fleet every 3 months Enough tires each year to encircle the planet.
 Waste prevention, also know as "source reduction," is the practice of designing, manufacturing, purchasing, or using materials (such as products and.
Municipal Solid Waste Generation, Recycling, and Disposal in the U.S. for 2006 U.S. EPA Office of Solid Waste November 2007.
Solid and Hazardous Waste. Solid waste : any unwanted or discarded material we produce that is not a liquid or gas. Municipal solid waste (MSW): produced.
Biomass Renewable Energy Source Michael Parsons. What is Biomass? Biomass Renewable Energy from Plants and Animals Biomass Renewable Energy from Plants.
Chapter 18.2 Solutions to the Solid Waste Problem source reduction defined by EPA as “the practice of designing, manufacturing, purchasing, or using materials.
Chapter 23 Solid and Hazardous Wastes
© 2011 Pearson Education, Inc. Chapter 14: Resource Issues The Cultural Landscape: An Introduction to Human Geography.
Biomass Energy Biomass is organic material made from plants and animals (microorganisms). Biomass contains stored energy from the sun.
Environmental Science CH. 24 Notes Solid and Hazardous Wastes.
Resource Conservation and Recovery Act Draft Year: 1976 Amendment years: 1989 National/ Internatinal: National Law Sean Petersen, per:3.
Solid Waste In the US 98.5% of the solid waste comes from mining, oil production, agriculture, sewage sludge, and industry The remaining 1.5% is municipal.
Waste Generation and Waste Disposal Chapter 16. Waste Waste – nonuseful products generated within the system throw-away society Municipal Solid Waste.
ACHIEVING SUSTAINABILITY Unit 3-3a Managing Solid Waste.
Chapter 16 Waste Generation and Waste Disposal. Polystyrene cup vs. Paper cup Made from a plastic polymer, high insulation value, minimizes temp. changes.
© PlasticsEurope 2016 PLASTICS… TOO VALUABLE TO BE THROWN AWAY.
Environmental Science Chapter 19 Review Bacteria – used to help clean up toxic spills Composting – keeps yard waste out of landfills Deep-well Injection.
About Us Overview Off Grid Technologies is a premier engineering & consulting firm that specializes in renewable energy projects in commercial, industrial,
Community R4C Community Led, Circular Economy in Gloucestershire Tom Jarman: Co-founder Community R4C Ltd A community benefit society registered by the.
Addressing Resource Efficiency and Climate Change
What is a Product Life Cycle?
3WAYSTE exploits the wealth normally buried in municipal solid waste.
What is a Product Life Cycle?
Reducing Solid Waste and Hazardous Waste
Recycling Companies in UAE
Waste management trash, recyclables, hazardous waste, nuclear waste, e-waste, biological waste, . . .
Types of Waste Hazardous: can be liquid, solid, gaseous
Solid and Hazardous Waste
Main Objectives of This Secession
Presentation transcript:

Think “Not Waste”® .

Your Company’s Trash Now Has Value MLMCs Solution “Waste Avoidance Technology” Your Company’s Trash Now Has Value MLMC Purchases 75% to 99% Of Your Company's Unwanted Materials “Before” They Are Discarded As “Trash” 2

USEPA Solid Waste Management Hierarchy http://www. epa MLMC Operating Technologies Waste Industry Operating Technologies 1 Recycling 25 to 40% 2 Recycling 34.1% “All Pre-Consumer” (business ONLY 3 “Mostly Post Consumer” (residential waste) Co-Processing 75% 3 Incineration 11.7% ONLY CLEAN Non-Recyclable Materials 2 Waste Reduction Technology 25% to 40% Recyclables Lost/Burned “Co-Processing” Use of Waste For Recovery Of Energy In Energy Intensive Industrial Processes 25% Ash Landfilled Landfilling 54.2% 1 25% to 40% Recyclables Lost/ Buried 3

“Therefore, in MLMCs Vision” United States Environmental Protection Agency Agrees Waste Responsibly Managed Is Valuable 2011 - The USEPA ruled “Secondary Materials” “TRASH” that is not Hazardous Waste “when responsibly managed at the source of generation as a valuable commodity” can be used to manufacture a clean non-waste “legitimate” fuel product for the replacement of fossil and wood fuels in Energy Intensive Industrial Processes “EIIs”.  “Therefore, in MLMCs Vision” It makes “absolutely no sense” for businesses to pay disposal costs “Tipping Fees” to landfill or incinerate valuable materials that are made from “nothing more than purified forms of fuels” currently used to produce energy in EIIs. 4

Where Do Secondary Materials Come From? Nearly All Businesses Industrial Operations Commercial Businesses Retail Establishments Office Buildings Service Businesses Recycling Operations 5

75% to 99% of What Most Businesses Currently Discard as “Trash” What Are Secondary Materials? 75% to 99% of What Most Businesses Currently Discard as “Trash” Paper Fabrics Coated Paper Wood Materials Paper based Products Non-Halogenated Plastics Polymer Based Products Packaging Materials Manufactured Articles Products for Destruction Contaminated Recyclables Other Clean Materials 6

How Are Secondary Materials Managed? Redirection of Unwanted Materials “Not Separation” Break Room Waste Rest Room Waste Your Company’s General Operations 75 % to 99% Secondary & Higher Value Materials Maintenance Shop Waste Office Waste 25% to 75% SRM SRM Container 1% to 25% TRASH Trash Container 7

Where Do Secondary Materials Go? Delivered Directly to MLMC Processing Plants

“the leader in secondary materials solutions®” Higher Value Materials . “the leader in secondary materials solutions®” “Harvesting” Higher Value Materials MLMC First Priority 54

MLMC Business & Technology Overview Acquisition & Management Secondary Materials Recovery & Sale Higher Value Materials Manufacturing & Sale Enviro-Fuelcubes® Product Combustion Technology De-Densification & Delivery Unit®

MLMCs Proprietary Fuel Product Cleaner Emissions & Lower Cost than Coal , Petroleum-Coke, Oil & Wood Enviro-Fuelcubes® Size of Enviro-Fuelcubes Product - 1 ¼” X 1 ¼” X 1” to 6” 11

Where Are Enviro-Fuelcubes Used? “Commercially Proven for 20 Years” Power Generation Lime Production Cement Production Environmentally Sound Socially Responsible Economically Beneficial Creates New Green Jobs Solid Waste Reduction Preserves Landfill Capacity Avoids Waste Incineration Recovery of Recyclables Renewable Energy Generation Carbon Cap & Trade Eligible Commercially Proven No Government Subsidies 12

GREEN YOUR COMPANY TODAY “ERASE” Your Company’s Waste ELIMINATE – WASTE DISPOSAL COSTS “TIPPING FEES” REDUCE – LANDFILL & INCINERATION OF MATERIALS ASSIST – IN U.S. FOSSIL FUEL AVOIDANCE DIRECTIVES SUSTAINABLE – INCREASE RECYCLING OPPORTUNITIES ENHANCE – YOUR COMPANY’S IMAGE & MARKETABILITY Les Fossil Nota Waste