Landfill Budenheim, Surface sealing system

Slides:

Advertisements

Similar presentations

Municipal Solid Waste Defined in 40 CFR Part 258.2

Advertisements

Highland Energy (N.S.) Inc.

Sanitary Landfills Municipal Solid Waste: Lesson 3b.

Leachate Collection Systems. Class Objectives  To discuss landfill water balance  To present liner and leachate collection system (LCS) design information.

Timothy Townsend, PhD, PE Associate Professor

There are 3,091 active sanitary landfills in the U.S. and over 10,000 old municipal landfills (rubbish pits).

Company Overview of Charah Privately held company based in Louisville, Kentucky –Founded in 1987 Dedicated to providing the power industry the highest.

Shane Wright, Danielle Gregory, Chet Manning, Hector Alanis.

Your logo here WasteMINZ Mid-Year Roundup Wellington.

Curt Madsen, P.E. TRC Environmental Corporation Landfill Leachate Collection System Design CEE 427.

OUTLINE  Background  Vision  Strategy  Resources  AV Events  Performance Measures OUTLINE  Background  Vision  Strategy  Resources  AV Events.

4.5 Pounds of Trash are produced Per Person Per Day Where Does our Trash Go? 27% Recycled 16% Burned 57% Landfilled Nationally: 31% Recycled 69% Landfilled.

Introduction to Landfills

Estimation of the landfill gas (specifically including methane) production for the period at the Aardlapalu landfill Ecotech OÜ Jaan Habicht.

1/38 21 – Landfill gas 21 Landfill gas 1. 2/38 21 – Landfill gas “Landfill gas is an explosive topic” (J.Jacobs, 2006)

Development of Sanitary Landfill and Capping of Existing Dump site at Mysore

Landfills Geography 12 Kala Renard

EXAMINATION OF MODERN SANITARY LANDFILLS W. Gregory Vogt Chair, Sanitary Landfill Working Group, ISWA Vice President, SCS Engineers.

Jasmit Bains and Jamie Laukaitis.  East Midlands - centre of the ‘Industrial revolution’  FACT : PRIDE - P artnership to R egenerate through I nnovative.

OPEN DUMPS Oldest and most common way of disposing solid waste

School of Civil and Environmental Engineering Life Impact The University of Adelaide Water Balance and the Influence of Soil Structural Changes on Final.

G3 – Environmental Geomechanics (Dr Sam Yuen)

CONTAINMENT CONTROL SYSTEMS

4.5 Pounds of Trash are produced Per Person Per Day Where Does our Trash Go? 27% Recycled 16% Burned 57% Landfilled Nationally: 31% Recycled 69% Landfilled.

CAD Standards Presented by Gary Holeman PE Senior Design and Automation Engineer Roadway Engineering unit

EnE 301: ENVIRONMENTAL ENGINEERING

20 – Operation and Maintenance 1/45 “There is no sensible reason to design and prepare for a better engineered landfill if it is not operated in a better.

LINER AND COVER CONSTRUCTION BASICS Presented by: Curt Ahrendsen, Principal American Environmental Consulting AEC.

ROAD WITHOUT DRAIN A GREAT DISASTER - A case Study By Er. Nandanandan Das Ex. E.I.C cum Secretary, Works, Govt. Of Odisha 1.

Matthew Udenenwu Waste Permits Division 2015 TCEQ Environmental Trade Fair.

D18 Explain the short-and long-term impacts of landfills and incineration of waste materials on the quality of the environment.

Waste. Solid Waste Any discarded solid material The U.S. produces 10 billion metric tons of solid waste each year. The amount of waste generated by each.

Landfills Part 1. There are 3,091 active sanitary landfills in the U.S. and over 10,000 old municipal landfills - also called rubbish pits or dumps.

Martina Rapthel, Abfallwirtschaft GmbH Halle-Lochau, Germany Part 1: Introduction to the „Halle-Lochau“ landfill Part 2: Problems of landfills below the.

 Landfill Type  aerobic landfill  anaerobic sanitary landfill with daily cover  improve anaerobic sanitary landfill with buried leachate collection.

LPA Training Program. LPA Training Program: Construction/Contract Management Module 2.

IRON HORSE PARK (SHAFFER LANDFILL) Don McElroy, EPA Region 1, Remedial Project Manager Source:

شناخت مراجعه کننده و چگونگی گرفتن شرح حال باروری سالم.

Brick Township Landfill Superfund Site REUSED - Solar Panel Field Jon Gorin – EPA Region 2.

A secure landfill is a carefully engineered depression in the ground into which wastes are put. The aim is to avoid any connection between the wastes.

Mandatory Requirements of Ecological Solid Waste Management Act (RA 9003) on CLOSURE AND REHABILITATION OF DUMPSITES.

Chapter 16 Landfill Liners and Geosynthetics

ENGINEERING CHALLENGES OF SITING RENEWABLE ENERGY AT LANDFILLS Ronald Johnson, PE, GE Brownfields Conference 2011 Philadelphia, PA April 5,

CITY OF BELLEVILLE ROAD IMPROVEMENTS PROGRAM

Design and Construction of Composite Lined Landfills

Step 1 Many landfill sites are on old quarries of all kinds.

Upland Landfill Waste Discharge Application 7295 Gold River Highway

Landfill Review.

General Road Construction Information

Geotechnical Engineering Department of Civil Engineering

Disposal of used lead batteries and accumulators

Green Energy and Green Spaces

Landfilling in the Slovak Republic – legislation and actual situation

MUNICIPAL SOLID WASTE MANAGEMENT IN AKSARAY

CDM Registered Projects

Landfill Post-Closure Trust Fund

17.7 Single Clay Liner and Single Geomembrane Liner Systems

Solid Waste Management and Disposal

Scientific or Engineered Landfilling of Waste

Name: _________________ Class: ________

Landfilling (Containment and Restoration) in Ireland

Landfill Wernsdorf, construction areas 3 and 4

Landfill Plöger Steinbruch OFA

WASTE DISPOSAL No matter what processing is done, there will be some residue that needs to be disposed of safely Options for disposal Modern, engineered.

Solid and Hazardous Waste Chapter 21

SWAC – Agenda 10/23/18 Chapter 6 – Alternative Technology – Draft Findings 2. Chapter 7 – Draft Landfill Disposal Existing Disposal System Disposal Options.

Coal Waste Storage Area Pond Design/Build Project Stanton Energy Center Chip Merriam Chief Legislative & Regulatory Compliance Officer.

Closure and Post-Closure

Presentation transcript:

Landfill Budenheim, Surface sealing system STRABAG Umwelttechnik GmbH Landfill construction Landfill Budenheim, Surface sealing system Acquisition and placement of more than 600.000 tons of waste Levelling of the landfill body with an area of 210.000 m² Construction of leakage control system over an area of 65.000 m² Construction of top sealing system over an area of 210.000 m², consisting of geomembrane, drainage layer, recultivation layer and seeding. Covering of slopes with an incline up to 1:2,5 Construction of gas collection system with 6.000 m HDPE piping and 33 gas collection stations Construction of leachate collection system consisting of 12 HDPE-shafts and leachate reinfiltration Construction of 18.000 m² maintenance roads Pre-profiling for later use as driving range Facts CITY (COUNTRY): Mainz-Budenheim (Germany) CLIENT: Entsorgungsbetriebe der Stadt Mainz CONTRACTOR: STRABAG Umwelttechnik GmbH (former HEILIT Umwelttechnik GmbH) ENGINEERING: wat Ingenieurgesellschaft mbH, Mainz CONTRACT VALUE: 12.6 million EUR CONSTRUCTION PERIOD: 7/2007 ─ 10/2010