the wastewater treatment & recovery systems market 2013-2023

7/30/2019 The Wastewater Treatment & Recovery Systems Market 2013-2023

http://slidepdf.com/reader/full/the-wastewater-treatment-recovery-systems-market-2013-2023 1/13

©noticeThis material is copyright 2010 by visiongain. It is against the law to reproduce any of this material without the prior written agreement of visiongain. You cannot photocopy, fax, download to database or duplicate in any other way any of the material contained in this report. Eachpurchase and single copy is for personal use only.

The Wastewater Treatment & Recovery

Systems Market 2013-2023



www.visiongain.com

Contents

1. Executive Summary

1.1 Introduction to the Wastewater Treatment & Recovery Systems Market 2013-20231.2 Drivers and Restraints of the Wastewater Treatment & Recovery Systems Market 2013-2023

1.2.1 Drivers

1.2.2 Restraints

1.3 Outlook for the Wastewater Treatment & Recovery Systems Market

1.4 Benefits of this Report

1.5 Methodology

2. Introduction to the Wastewater Sector2.1 Wastewater Challenges

2.2 Current Wastewater Cleaning Process

2.2.1 Pre-Treatment / Preliminary Treatment Processes

2.2.2 Primary Treatment

2.2.3 Secondary Treatment (Biological Filtration)

2.3 New Technologies in the Wastewater Industry

2.3.1 Moving Bed Bio-Film Reactor (MBBR)

2.3.2 Next Generation Aeration Systems

2.3.3 UV Disinfection

2.3.4 BioMag & CoMag Systems

2.3.5 Sewer System Integrity

2.3.6 Wind, Solar & Bioenergy

3. The Regional Wastewater Treatment & Recovery Systems Market

2013-20233.1 Global View

3.2 The North American Wastewater Market 2013-2023

3.2.1 The US Wastewater Market 2013-2023

3.2.2 The Canadian Wastewater Market 2013-2023

3.3 The European Wastewater Market 2013-2023

3.3.1 The UK Wastewater Market 2013-2023

3.3.2 The French Wastewater Market 2013-2023

3.3.3 The German Wastewater Market 2013-2023

3.3.4 The Spanish Wastewater Market 2013-2023

3.3.5 The Italian Wastewater Market 2013-2023



www.visiongain.com

Contents

3.4 Key Global Markets

3.4.1 The Brazilian Wastewater Market 2013-2023

3.4.2 The Chinese Wastewater Market 2013-2023

3.4.3 The J apanese Wastewater Market 2013-2023

4. Leading Companies in the Wastewater Treatment & Recovery

Systems Market4.1 Severn Trent Services

4.2 General Electric (Energy Division) - Water & Process Technologies

4.3 Siemens

4.4 Suez Environment

4.4.1 Degrémont

4.5 Veolia Water – Part of the Veolia Environment Group

4.5.1 Veolia Water Solutions & Technologies

4.6 SAUR International

4.6.1 SAUR France

4.6.2 SAUR UK

4.6.3 SAUR Group Engineering Division

5. SWOT Analysis of the Wastewater Treatment & Recovery Systems

Market 2013-20235.1 Strengths

5.2 Weaknesses

5.3 Opportunities

5.4 Threats

6. Expert Opinion6.1 Yorkshire Water

6.1.1 Is the Strategy for Wastewater Plants to Become Self-Sufficient in Energy?

6.1.2 How Much Does Yorkshire Water Spend on Electricity at the Esholt Plant?

6.1.3 Has Yorkshire Water Considered Wind Turbines at any WWTW?

6.1.4 Yorkshire Water’s Investment Programme

6.1.5 The Prospects for MBBR’s in the UK

6.2 American Water

6.2.1 The Number of WWTW run by American Water



www.visiongain.com

Contents

6.2.2 Do These WWTW Treat Wastewater to a Secondary Level?

6.2.3 American Water’s Electricity Usage

6.2.4 How Much Self-Produced Energy is used at American Water WWTW?

6.2.5 Which Equipment is Used to Reduce Energy Bills at American Water WWTW?

6.2.6 How Does American Water Plan to Cope with Increasing Wastewater due to

Population Increase?

6.2.7 American Water’s Significant Wastewater Projects?

6.2.8 Are there any Plans for Global Partnerships?

6.3 Headworks Inc.

6.3.1 Headworks Inc’s Regional Installations

6.3.2 Which Countries are Emerging onto the Market?

6.3.3 Are these Growth Areas Driven by Municipal or Private Clients?

6.3.4 Is Growth Driven by Regulations or Population Growth?

6.3.5 Is There Anything that Will Restrain the Wastewater Market?

6.3.6 What are the Latest Developments for Headworks Inc ?

6.3.7 Will Energy Recovery Become the Norm for WWTW?

6.4 Syrinix

6.4.1 How do TrunkMinder & TransientMinder Differ from Traditional Systems?

6.4.2 How Easily can TransientMinder by Aligned to Work in the Wastewater Sector?

6.4.3 How Much Water is Lost Through Leaks in the UK and What are the Potential

Savings?

6.4.4 Which Companies have Bought the Systems & Been Trialled?

6.4.5 Does a Country Need a Modern Water Systems to Make Full Use of Your Products?

6.4.6 Does Chronic Underfunding Make Selling Technological Systems Difficult?

6.4.7 Which Regions is Growth Expected in and Where is Syrinix Targeting Sales?

7. Glossary



www.visiongain.com

Contents

List of Tables

Table 1.1 Drivers & Restraints of the Wastewater Treatment & Recovery Systems Market 2013-2023

Table 1.2 Global Population in billions & percentage of Global Population Living in Urban Areas

1950-2030 (Billions, %)

Table 1.3 Estimated Primary & Secondary Wastewater Treatment Levels in 10 Key Markets 2013

(%)

Table 2.1 Expected Design Life for Key Wastewater Components (Years)

Table 3.1 Estimated Wastewater Market Spend in 10 Key Countries 2013 ($bn P/A, Capex

Required, Capex Forecast)

Table 3.2 Forecast of Wastewater Capital Expenditure Required & Forecasted for 10 Key Markets

in 2018 ($bn P/A)

Table 3.3 Forecast of Wastewater Capital Expenditure Required & Forecasted for 10 Key Markets

in 2023 ($bn P/A)

Table 3.4 Key Statistics of the US Wastewater Market 2013 (Population, Total WWTW, Daily

Wastewater Treatment, Capex Required, Capex Forecast)

Table 3.5 US State & Localised Spend on Sewerage Services / Local Government Outlay on

Sewerage Infrastructure 1991-2012 ($m P/A)

Table 3.6 Key Statistics of the Canadian Wastewater Market 2013 (Population, Total WWTW, DailyWastewater Treatment, Capex Required, Capex Forecast)

Table 3.7 Historic Actual Capital Expenditure & Capital Expenditure Required in the Canadian

Wastewater Market 1989-2007 (C$bn P/A)

Table 3.8 Key Statistics in the UK Wastewater Market 2013 (Population, Total WWTW, Daily


Table 3.9 Wastewater Companies in the UK (No. Plants, Volume Treated, Turnover, Expenditure)

Table 3.10 Key Statistics in the French Wastewater Market 2013 (Population, Total WWTW, Daily


Table 3.11 Key Statistics in the German Wastewater Market 2013 (Population, Total WWTW, Daily


Table 3.12 Key Statistics in the Spanish Wastewater Market 2013 (Population, Total WWTW, Daily


Table 3.13 Key Statistics in the Italian Wastewater Market 2013 (Population, Total WWTW, Daily


Table 3.14 Key Statistics in the Brazilian Wastewater Market 2013 (Population, Total WWTW,

Daily Wastewater Treatment, Capex Required, Capex Forecast)

Table 3.15 Key Statistics in the Chinese Wastewater Market 2013 (Population, Total WWTW, Daily




www.visiongain.com

Contents

Table 3.16 Key Statistics in the J apanese Wastewater Market 2013 (Population, Total WWTW,

Daily Wastewater Treatment, Capex Required, Capex Forecast)

Table 3.17 The Availability of the Sewer System in the Tokyo Area 1965-2009 (Population, % With

Sewers)

Table 4.1 Global Population Served via SAUR and Subsidiaries in 2012 (Country, Drinking Water,

Wastewater Service)

Table 5.1 SWOT Analysis of the Global Wastewater Treatment & Recovery Systems Market 2013-

2023



www.visiongain.com

Contents

List of Figures

Figure 2.1 Wastewater Collection & Treatment System

Figure 2.2 Headworks BIO AC50 & AC920

Figure 3.1 Estimated Wastewater Market Spend in 10 Key Markets 2013 ($bn P/A, Capex

Required, Capex Forecast)

Figure 3.2 Capital Expenditure Forecast & Required in the US Wastewater Market in 2013, 2018

and 2023 ($bn P/A)

Figure 3.3 US State & Localised Spend on Sewerage Services / Local Government Outlay on

Sewerage Infrastructure 1991-2012 ($m P/A)

Figure 3.4 Capital Expenditure Forecast & Required in the Canadian Wastewater Sector in 2013,

2018 and 2023 ($bn P/A)

Figure 3.5 Historic Actual Capital Expenditure & Capital Expenditure Required in the Canadian

Wastewater Market 1989-2007 (C$bn)

Figure 3.6 Capital Expenditure Forecast & Required in the UK Wastewater Market 2013, 2018 and

2023 ($bn P/A)

Figure 3.7 Capital Expenditure Forecast & Required in the French Wastewater Market 2013 and

2018, 2023 ($bn P/A)

Figure 3.8 Capital Expenditure Forecast & Required in the German Wastewater Market 2013, 2018

and 2023 ($bn P/A)Figure 3.9 Capital Expenditure Forecast & Required in the Spanish Wastewater Market 2013, 2018

and 2023 ($bn P/A)

Figure 3.10 Capital Expenditure Forecast & Required in the Italian Wastewater Market 2013, 2018

and 2023 ($bn P/A)

Figure 3.11 Capital Expenditure Forecast & Required in the Brazilian Wastewater Market 2013,

2018 and 2023 ($bn P/A)

Figure 3.12 Capital Expenditure Forecast & Required in the Chinese Wastewater Market 2013,

2018 and 2023 ($bn P/A)

Figure 3.13 Capital Expenditure Forecast & Required in the J apanese Wastewater Market 2013,

2018 and 2023 ($bn P/A)

Figure 4.1 SUEZ Revenues by Geographical Area 2011 (%)

Figure 4.2 Veolia Revenues by Geographical Area 2011 (%)



www.visiongain.com

Contents

Companies Mentioned in This Report

Agbar

Ambito Territoriale Ottimale (ATO) de Latina

American Water

Anglian Water

Aqua America

Aqualia

Berliner Wasserbetriebe (BWB)

Biwater

Black & Veatch

BSG Civil Engineering

Changshu Sino French Water Supply Co. Ltd.

China Water Industry Group (CWIG)

Chongqing Sino French Water Supply

Companhia de Sameamento Basico do Estado se Sao Paulo (SABESP)

Companhia de Sameamento de Minas Gerais (COPASA)

Degrémont

Dwr Cymru (Welsh Water)

Egyptian Partner Arab Contractors

EPCOR Utilities Inc.

Galliford Try

Gelsenwasser

General Electric (GE)

Glen Water Ltd.

hanseWasser Bremen GmbH

Headworks Bio

Headworks Inc.

Hydrok UK

HYFLUX

Imtech

J iangxi Yichun Fangke Sewage Company

J ining City Haiyuan Treatment Company Ltd

Laing O’Rourke

Lyonnaise Des Euax

Macao Water Supply

Mainova AG



www.visiongain.com

Contents

McAdam Design

Metro Vancouver

Mott MacDonald

Neuros APG

North American Development Bank

Northern Ireland Water

Northumbrian Water

Qingdao Hairun Water Supply Company Ltd

Qingdao Sino French Hairun Water Supply Co., Ltd.

Remondis

Rift Acquisitions Limited

SAUR France

SAUR Group

SAUR Group Engineering Division

SAUR International

SAUR UK

Scottish Water

Severn Trent Services

Severn Trent Water

Severn Trent Water International

Siemens

Sino French Water

Skanska

Sogreah

South West Water

Southern Water

Stadtentwasserung Dresden GmbH

SUEZ Environment

Suez Group

Syrinix

Thames Water

United Utilities

United Water

Veolia Acqua

Veolia Eua

Veolia Wasser

Veolia Water



www.visiongain.com

Contents

Veolia Water Solutions & Technologies

Veolia Water UK PLC

Welsh Water

Wessex Water

Williams Industrial Services

Yorkshire Water

Organisations Mentioned in This Report

African Development Bank

Agencia Nacional de Aguas (ANA)Bureau of Sewerage Tokyo Metropolitan Government (BSTMG)

CD Howe Institute

Congressional Budget Office (CBO)

Environment Agency

Environment Canada

European Investment Bank (EIB)

European Union (EU)

Federation of Canadian Municipalities (FCM)

Frauenhofer Institute

NYC Department of Environmental Protection (DEP)

OFWAT

Ontario Clean Water Agency (OCWA)

Syndicat Interdepartmental Pour I ‘Agglomeration Parisienne

Technical University of Dresden

United Nations (UN)

US Environmental Protection Agency (EPA)

World Health Organization (WHO)



Page 57www.visiongain.com

The Wastewater Treatment & RecoverySystems Market 2013-2023

3.3.4 The Spanish Wastewater Market 2013-2023

Population

2012

Number of

WWTW

Total daily

wastewater

treated

Annual capi tal

expenditure

required

Annual capi tal

expenditure

forecast

46.1m 5,147 12,100m li tres $831m

(€650m)

$671m

(€525m)

Source; visiongain 2013

• 80% of the Spanish population have direct access to sewers

• 33% Public, 67% PPP companies

• 5,000 WWTW

Source; visiongain 2013

0

1

2

3

4

5

6

7

2013 2018 2023

$ b n

P / A

Annual Capital Expenditure Forecasted Annual Capital Expenditure Required

Table 3.12 Key Statistics of the Spanish Wastewater Market 2013 (Population,

Total WWTW, Daily Wastewater Treatment, Capex Required, Capex Forecast)

Figure 3.9 Capital Expenditure Forecast & Required in the Spanish WastewaterMarket 2013, 2018 and 2023 ($bn P/A)





4. Leading Companies in the Wastewater Treatment &

Recovery Systems Market

4.1 Severn Trent Services

Severn Trent Plc. – based in Fort Washington, Pa., USA. Severn Trent Services is an

environmental services business with a (£1.7bn) turnover (2011) employing almost 14,000 people

in the UK, the USA and Europe.

Severn Trent was formed in 1974 as a regional, state-owned water authority in the UK. Following

privatisation by the UK government in 1989, Severn Trent set to build a products and services

business which involved acquisitions in the US and UK.

• Severn Trent Water – Is the UK arm and founding member, looking after 528 WWTW and

spending over £500m in the UK wastewater market per annum. Recent external contracts

include; April 2011 Severn Trent awarded a £62m, 5 year maintenance contract to May Gurney

to maintain sewerage services in their east region. The initial contract period is five years, with

an option to extend for a further five years.

• Severn Trent Water International (STWI) is the global operating and management arm of

Severn Trent Plc. Today STWI companies provide management and consultancy services to

the water, wastewater and environmental industries globally.

Examples of current enterprise;

• US – manages 400 WWTW serving 2m people across 21 states

• Mexico – Mexico City drinking water and wastewater services for 2.2m people

• Belgium - STWI is the industrial partner and shareholder of Aquafin and have jointly built 40

WWTW





6. Expert Opinion

6.1 Yorkshire Water

Yorkshire Water (YW) is based in the north of England and is the 4th

largest wastewater service

provider in the UK, owning and maintaining 624 WWTW across the Yorkshire area.

YW are expected to spend a total of £1.7bn ($2.72bn) in the AMP 4 & AMP 5 period (2005-2015)

onwastewater projects improvements / new builds.

Between 2006-2009 YW completed a £44m overhaul of their wastewater treatment plant in Esholt

(Nr Bradford, West Yorks’) the project included a complete redevelopment of the plant, which

increased capacity to allow treatment of up to 3,240 litres per second of wastewater and supports

750,000 people in the Bradford and North Leeds area.

J ohn Bond works for YW and is a spokesman for the Esholt Plant.

6.1.1 Is the Strategy for Wastewater Plants to Become Self-Sufficient in

Energy?Visiongain - From research I understand that there is currently a new scheme to create a THP

(Thermal Hydrolysis Process) system at Esholt to generate power to run the plant, with an aim to

be 100% self-sufficient by 2035. Is this the direction that YW is heading – i.e. creating own energy

at every wastewater production plant?

John Bond - No, it is neither technically nor economically feasible to do this at this stage we have

600+ WWTW; and many are too small for economies of scale to apply. We base our investment

decisions on whole life cost; so this assessment is always open to review as technology costs andenergy prices vary. This decision is also affected by other asset related decisions, including the

type of the current assets installed, their age and condition, changing environmental standards,

etc.

However, most of our electricity use is at our larger sites, and these sites often do offer

opportunities for energy generation. Our direction is to increase the amount of renewable energy

we generate significantly, but it is unlikely in the short/medium term to include energy generation at

every site. This is a trend that will spread to other companies both in the UK and Abroad.

the wastewater treatment & recovery systems market 2013-2023

Documents