| Climate
        Change Mitigation Potential - Exploring the Unexplored | 
There
  has been a growing concern about the carbon intensity
  in our developmental path, leading to degradation of local, regional and the
  global environment. The basis of sustainability for a developing country like
  India lies in adopting an efficient, equitable and environmentally sound
  growth pattern. Hence, the priorities of developing economies still revolve
  around the basic issues of poverty, population and livelihood.
  
  
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| Business of hospitality: Can it be greener | 
Current efforts towards global environmental protection are mainly being
  concentrated around a small number of large-scale developmental projects by
  virtue of their visibility and easy man euverability. But, there are a large
  number of unexplored contributors that have been left un-noticed in-spite of
  their high resource intensity, inefficiency and high level of pollution loads
  per unit of production. These are mainly the small
  scale industrial production systems, the ever expanding urban
  growth centers and the attached commercial
  service centers which are largely left un-addressed and are
  beginning to pose more or less similar concerns to those of large operations.
  
  In this phase of economic transition, India cannot afford to embrace a
  developmental path which is detrimental to its long-term sustainability. Some
  of the emerging tools / techniques for voluntary environmental management such
  as Environmental Management Systems as per ISO 14001 or the Clean Development
  Mechanism (CDM) can promise a large scale global environmental improvement if
  adopted in their true spirit especially for the above mentioned growth
  sectors.
  
  Some of the most popular apprehensions associated with such tools are
  expressed in terms of ‘low hanging fruits’ or through the North-South
  differences on the issue of ‘domestic action’ or the imposition of the
  Non-Trade Tariff Barriers in terms of International Standards etc. Though such
  a precautionary approach is essential, one can still find that these
  mechanisms can offer some innovative approaches in dealing with the long
  standing issue of pollution containment from informal sectors such as the ones
  mentioned above.
  
  Already apprehensions are being expressed on the effectiveness of the CDM in
  its present form to bring out the desired change. Flexible, innovative and
  win-win approaches should form the key components in project development to
  meet the country specific environmental and developmental priorities. An
  illustration of the experiences of Development Alternatives (DA) in the above
  mentioned 3 sectors might provide some useful insights in further exploring
  new opportunities.
  
  Energy and Environment
  (E2) advantage in Small Scale Industry
  Small Scale Industries (SSIs) in India
  are considered to be the backbone of the economy providing employment to
  millions of people. More than 3 million such labor-intensive industries are
  operating mostly in an unorganized way. Chemical processing, metal finishing,
  textile dyeing, food processing and brick manufacturing, are some of the
  energy intensive and highly polluting sub-sectors within SSIs. Due to their
  de-centralized nature, it is becoming next to impossible to contain pollution
  through a regulatory regime. However, the SSI sector offers an opportunity for
  promoting voluntary improvements in the area of energy and environmental
  performance.
  
  Climate Change
  Mitigation Potential in Brick Sector
  
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| Traditional Burnt Brick Making- Threat to local and global Environment | 
The construction sector is currently
  contributing 22% of the total CO2 emissions in the country, which is expected
  to grow further in the coming years. In the building materials industry,
  cement, brick, steel and lime manufacturing processes are the most energy
  consuming, - contributing 80% of the total CO2 emissions from the construction
  industry. The building materials industry, as a major user of natural
  resources and manpower, is putting pressure on non-renewable energy resources.
  It is projected that by the year 2020, there will be a three-fold increase in
  the demand for the building materials thereby releasing 285 million tons of
  CO2 into the atmosphere.
  
  In the year 1994, DA with the help of Swiss Development Co-operation (SDC)
  initiated a search for cleaner and energy efficient technology for brick
  production. It resulted in the introduction of the Vertical Shaft Brick Kiln (VSBK)
  from China, a promising technology for decentralised production of burnt
  bricks. In the last few years the original VSBK design as introduced by
  Chinese experts has been optimised to integrate cost effectiveness, energy
  efficiency and economy of operation besides improving the environmental
  performance, health and safety aspects.
  
  The energy saving potential of VSBK is more than double when compared to an
  improved, best practice following traditional Bull’s Trench Kiln (BTK) and
  more than three times in comparison to a traditional clamp technology. It has
  been estimated that VSBK has a reduced emission of 120 tonnes of CO2 per
  million bricks produced. The pay back period is estimated to be less than 3
  years. The climate change mitigation potential and its cost effectiveness are
  provided in the following table.
  
  During this technology adaptation and testing phase, DA and various other
  partners involved in this study have adequately tested and demonstrated the
  techno-economic, energy and environmental performance of VSBK, besides the
  market feasibility and product acceptability. Now VSBK is all set to
  leap-frog, if the policy and financiers provide the required push.
  
  VSBK can offer a good case for climate change partnership projects leading to
  win-win situations. The investor could be a national or international player (eg:
  south-south or north-south co-operation) with an aim to promote voluntary
  environmental initiatives to minimize the emissions of greenhouse gases into
  the atmosphere.
  
  Recommendations
  Of all the existing technology transfer
  mechanisms for climate change mitigation, the Clean Development Mechanism (CDM)
  offers the right forum for VSBK promotion in India. DA has done a dummy
  exercise to develop VSBK as a proxy CDM project. Though a single VSBK meets
  all the criteria relating to indicators of sustainability, cost effectiveness,
  and additionality, it may not be financially viable as a CDM project, since
  the transaction costs may outweigh the true emission reduction costs.
  
  Some basic issues such as whether project cost account for land and building,
  what periodicity should be followed for monitoring the reduction of emissions
  or verification of baselines, etc., will have to be addressed on a case to
  case basis. Also, there could be several other options and not just one method
  of transaction.
  
  If the climate change mitigation potential of small-scale industries need to
  be harnessed in an economical way through CDM mechanism, it has to be done on
  sectoral and regional levels, involving a cluster of units. However, it would
  require a special institutional and legal system to minimise the monitoring
  and transaction costs and also brings in maximum transparency. Part of the CDM
  transaction costs could be supplemented through developmental funding if
  necessary. Similarly, national level emissions trading system could also be
  thought about to facilitate large-scale dissemination of climate friendly
  technologies such as VSBK.
  
  Climate Change
  mitigation in informal sectors
| Table 1
        : Climate change mitigation  | |
| Capital Investment | Rs.
        3,85,000 (approximately $ 10,000) | 
| Annual production capacity | 0.96 million | 
| Annual savings of coal | 92 Tonnes | 
| Estimated life span of the kiln | 5 years | 
| Cost of climate chnage mitigation | ~ Rs. 800/ronne of CO2 | 
By the year 2020, it is
  estimated that more than half the world’s population would be living in
  urban areas. Simultaneously, urban service sectors including resource
  intensive hospitality sectors are growing at a faster pace. So far, all our
  climate protection efforts are centered around making the industries more
  responsible. Our climate protection mission will not be complete if we do not
  address the consumption patterns in urban areas and other allied service
  centres. Growing energy needs and vehicular pollution are a cause of immediate
  concern in terms of global climate change due to informal sectors.
  
  The Clean Technology Initiative (CTI) programme
  sponsored by USAID and
  ICICI and implemented by Tetratech and Development Alternatives is
  addressing similar concerns. This part of the CTI project aims at promoting
  voluntary environmental initiatives through ISO 14001 and benchmarking among hospitality
  industry and industrial townships. The
  main scope of the ISO 14001 is to look at not only the local level impacts,
  but also at the global climate issues. Through the initial environmental
  reviews, participating hotels and townships are setting their short term and
  long-term objectives to mitigate the environmental impacts resulting from
  their activities.
The beauty of this programme is
  that environmental consciousness is percolating down to individuals. Schools,
  hospitals and the hospitality sectors are taking active responsibility for
  local and global environmental protection efforts. Industrial townships such
  as BHEL (Haridwar, UP), Godrej & Boyce (Vikhroli, Mumbai), TATA Chemicals
  (Mithapur, Gujarat), IFFCO (Kalol, Gujarat) and hotels such as The Orchid
  hotel (Mumbai), Best Western (Mathura, UP), Hyatt Regency (Delhi), Mughal
  Sheraton (Agra, UP) have already taken up initiatives to design and implement
  Environmental Management Systems as per ISO 14001. A major part of the
  improvement activities would address reduction of greenhouse gas emissions.
  Results of this programme will be reported in due course.
  
  We need to explore more such opportunities and local initiatives to protect
  our planet. Some innovative strategies need to be adopted to derive a
  multiplier effect from these simple examples. q
