Environmental industry depends on the synergy of total Life Science Industries.
Environmental industry is a highly technology and innovation related industrial branch. Biotechnology and nanotechnology will play dominating roles in the development of this industry. The vulnerable environment of earth, water, air and energy, as well as the soaring world population, demands efficient, safe, and cost reasonable technologies to deal with waste, hazardous materials, cleaning and so on. Environmental industry, together with other industries such as food, water, energy, sustainability, is indispensible for the constitution of a high-quality living space in the 21st Century.
The worldmarkets for sustainable technologies will attain 5 trillion US Dollar by 2020 from 1.6 trillion today. This include enviromental technologies and renewable energies with 1.2 trillion US Dollar in 2020 from today 616 billion. The highest growth rates are in china with over 15 percent per year from a low level today.The growth of efficiency is between 0.5 and 2 percent per year depending on the country. Europe account for 20 percent and US for 15 percent with low growth rates and Asia account for 12 percent with high growth rates. Increasing water and health problems from scarcity, pollution and contamination are the key driving factors for the markets worldwide beside of the climate change and energy prices.
The development of the environmental industry depends largely on the total development of the Life Science industries. Enviroment affects directly the health of people and the production of food. A society with advanced medical technology and food industry has big concern for environmental protection. The private spending and governmental investment will proportionally increase. Meantime the innovation and industrial basis in other Life Science industries will facilitate the development of environmental industry.
The second stage is additive technology, in which single biotechnical or nanotechnical innovation is applied to improve the performance. This stage serves as a bridge for the transformation from the traditional industry to the new NBNI (nano-bio-neural-info) based industry and has already taken 11,6 % of the market volume, it means 74,6 bn. US$ in 2003. The NBNI based industry uses integrated new technologies on the molecular scale, which significantly promote the efficiency of dissolving the waste, eliminating the toxicoidand restoring the environment. A handful of companies have already entered this stage, but the market is only 15 bn. US$ in 2003. The ideal of environmental technology is zero-emission. All the waste will be sorted and transformed into useful materials in the recycling plants. Some experiments of specific branches have been taken in different countries, for example the total water management center (see 3. 5.). Nevertheless the market is just at the start.
Asia has by far the largest growth rate in the worldwide environmental industry, especially in the „end of pipe“ stage. The reasons are: firstly, the industrialisation of China, India and Southeast Asia causes immense environmental problems. Merely China has seven cities ranked as the most polluted cities in the world; secondly, there is astonishing insufficience of the basic environmental protection infrastructures. The potential is mammoth; further, the governments vow to improve the deteriorated environment, especially in China, where 2008 Olympics and 2010 Expo will be held; last but not least, the labour cost there is low and suitable for the development of the low-tech but high-labour „end of pipe“ stage.
In other continents, Europe will lead in the technology development. The strong environmental consciousness and limited territory will stimulate european countries to adopt the most up-to-date innovations. USA will be a close competitor because of their gigantic industry scale and advanced Life Science technologies and nanotechnologies.
Environmental industries are closely related with waste water industry, regenerative energy and clean energy industries. They will also be included in the statistics of the environmental market as a whole, their detailed anaylsis could be found in respective chapters.
Table of Contents:
The following segments are included: Water and waste water/sludge; waste and hazardous waste; air pollution and air quality control; measurement, control, analysis/automation; renewable/clean energy;convergence technologies; recycling/recovery; remediation and industrial services; noise management; consulting & engineering
Markets for Sustainable Development Technologies and Services2005-2025 in US$ Bn. Worldwide
Markets for Sustainable and Environmental Technology/Renewable Energy 2005-2025 in US$ Bn. In total value chain worldwide
Markets for Sustainable Development and Environmental Technology/Renewable Energy by regions 2005-2025 in US$ Bn. Worldwide
Markets for Sustainable Development and Environmental Technology/Renewable Energy by leading countries 2005-2025 in US$ Bn
Markets for Sustainable Development and Environmental Technology/Renewable Energy 2005-2025 worldwide by technology in US$ bn
Markets for Sustainable Development 2020 Technologies and Services
Markets for Sustainable Development 2020 Applications and Segments
Overview of market and development
Markets for Environmental Industry Worldwide 2003-2010-2015 by segments in US$ bn.
Markets for Environmental Industry Worldwide 2003-2010-2015 by regions in US$ bn.
Markets for Environmental Industry Worldwide 2003- 2010-2015by technology in US$ bn.
Market for Environmental Technology worldwide 2000-2010-2015by leading countries (Bn. US$)
Environmental Biotechnology Market 2010worldwide by market segments (bn. US$)
Development of the Environmental Technology
Strategic Development of the Technologies
Investments and Operations 2004-2015
World Markets for Water and Waste Water Treatment 2002-2010-2015
World Markets for Water and Waste Water 2002-2010-2015 in Bn. US$
World Markets for Waste Water Treatment 2002-2010-2015
World Markets for Drinking Water Treatment 2002-2010-2015
Summary Water Markets
Trends Water Markets Worldwide
Waste water markets worldwide 2002-2015, by regions in bn US$
Drinking water markets worldwide 2002-2015, by regions in bn US$
Trends in Residential Water Worldwide
Market for Residential Water Treatment Equipment Worldwide by Regions in Bn US$, (excl. Dispensers)
Market for Residential Water Treatment Equipment Worldwide by Segments in Bn US$, 2004-2010-2015
Residential Water Treatment Market Worldwide by Technologies in Bn US$
Market for Residential Water Treatment Equipment Worldwide by Applications in Bn US$, (excl. Dispensers)
Trends Water Disinfection Worldwide
Total Market for Disinfection in Water Treatment 2004-2010-2015 (worldwide by regions in Bn. US$)
Total Market for Disinfection in Water Treatment 2004-2010-2015 (worldwide by applications in Bn. US$)
Total Market for Disinfection in Water Treatment 2004-2010-2015 (worldwide by technologiess in Bn. US$)
The Markets of Regenerable Energy by 2015
Market of regenerative energies worldwide by sectors 2007-2015 in US$ bn
Market of regenerative energies worldwide 2007-2015 by Regions, in US$ bn.
Market of regenerative energies in West Europe 2007-2015 by Country, in US$ bn.
Market of regenerative energies in East Europe 2007-2015 by Country, in US$ bn.
Market of regenerative energies in Asia 2007-2015 by Country, in US$ bn.
Market of regenerative energies in North America 2007-2015 by Country, in US$ bn.
Market of regenerative energies in USA by sectors 2007-2015 in US$ bn
The Structure of the Energy Markets 2020
Market Overview: Fuel Cell
Overview Technologies of Solar energy
The Impact of Nanotechnology
Development of Nanotechnology Markets Worldwide
by Regions 2001 – 2006 – 2010 (bn. US$)
The Impact of Nanotechnology on Energy
The Impact of Molecular Nanotechnology on
Energy and Environment
The Impact of Molecular Nanotechnology on Energy Revolution
Funds and Fundings Worldwide
Impact of new technologies on sustainable developments and environmental technologies
Impact of jobs worldwide
Leading Companies on stockmarket worldwide (about 650)
The study has over 100 pages and summarize the different markets and developments in environmental technologies. This Study was updated 2013
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