energy & carbon management, future, policy, technology

12
ENERGY & CARBON MANAGEMENT, FUTURE, POLICY, TECHNOLOGY

Upload: martina-oriole

Post on 02-Jan-2016

29 views

Category:

Documents


1 download

DESCRIPTION

ENERGY & CARBON MANAGEMENT, FUTURE, POLICY, TECHNOLOGY. Industry consumes 1/3 of total energy produced, according to IEA UNIDO saving potential may be as large as 31 EJ per year, value saved will be on the rise - PowerPoint PPT Presentation

TRANSCRIPT

Page 1: ENERGY & CARBON      MANAGEMENT, FUTURE, POLICY, TECHNOLOGY

ENERGY & CARBON MANAGEMENT,

FUTURE, POLICY, TECHNOLOGY

Page 2: ENERGY & CARBON      MANAGEMENT, FUTURE, POLICY, TECHNOLOGY

Industry consumes 1/3 of total energy produced, according to IEA UNIDO saving potential may be as large as 31 EJ per year, value saved will be on the rise

Now and in future more, optimizing energy would be essential to improve industrial competitiveness - no philanthropy – also achieve wider social goals, energy security, economic recovery and development, climate change mitigation.

Energy management programmes will become mandatory, voluntarily or by statute.

Page 3: ENERGY & CARBON      MANAGEMENT, FUTURE, POLICY, TECHNOLOGY

The fundamentals for sustainable innovation

Emerging need to shift from the model where sustainability is seen as trade-off amongst ‘society’, ‘environment’ and ‘economy’ or ‘people-planet-profit’ to an ‘interdependent existence’ model of sustainability.

Page 4: ENERGY & CARBON      MANAGEMENT, FUTURE, POLICY, TECHNOLOGY

Transcend many barriers particularly attitudinal Policy pathway will traverse joint PP approach

for EC,EE,RE, finance, monitoring, verification & enforcement, energy performance certification.

EC/EE cheapest,attitudinally EC could have perceived barrier, lowest cost option + energy cost reduction, improving cost competitiveness, important, access to energy, energy security, reduction of pollution level → a no regrets strategy.

Page 5: ENERGY & CARBON      MANAGEMENT, FUTURE, POLICY, TECHNOLOGY

Some drivers of India’s energy policy :Growing economy, key needs will be

dependable, reliable, affordable, available supply of electricity, gas & pet products, Inclusively. EC(ER3), EE, RE, Carrot/stick

Increasing household income> more demandLimited domestic reserve of fossil fuels, need of

import and foreign exchange.Reaching out to remote villages. Indoor – urban / regional impact, need of cleaner

fuel and technology.Reduction of fossil fuel use with set targets.

Page 6: ENERGY & CARBON      MANAGEMENT, FUTURE, POLICY, TECHNOLOGY

• Energy intensity of Indian industries have been generally high but country has made reasonable progress in recent years(cement, power), in some cases substantial.

• Much variances occur in different sub-sectors – also wide range of vintage plant, production capacity and use, product mixes, quality of raw materials etc.

• The guiding factors have been / will be EC Act, development of EE (establishment of BEE), standard by industrial product & process, energy audits. Energy award, Energy managers helped.

Page 7: ENERGY & CARBON      MANAGEMENT, FUTURE, POLICY, TECHNOLOGY

Introduction of PAT, sector wise specific energy consumption level, EC award / computation (significant energy saving reported), RE development – preferential loans, VC funds, guarantees need FEEED (frame work for EE economic development) IREDA, EESL etc.

Facets include reporting of indicators, enhancing investor’s confidence (yet to happen fully in India), treating sustainability as organic and a business driver / source of innovation (2013 UN study found 63% of CEO’s expect sustainability to transform their industry within 5 years).

Page 8: ENERGY & CARBON      MANAGEMENT, FUTURE, POLICY, TECHNOLOGY

613 large public cos. found 24% of CEO’s had sustainability linked to their compensations.

Of particular importance has been resource productivity indicators for energy, carbon, water, waste particularly in pharmaceutical and bio-tech cos.

Other drivers for environmental sustainability management are business related – opportunities reveal themselves in the frame. These environmental degradation (carbon reduction, bio-energy etc.), population growth & urbanization (Mega & Smart cities), shifting in economic areas of power (rise of middle-class).

Page 9: ENERGY & CARBON      MANAGEMENT, FUTURE, POLICY, TECHNOLOGY

Mandatory EE stds, PAT schemes, govt interven

tion, incentives are effort defining policies Mandatory energy audit and energy managers,

financing schemes eg. (IREDA), facilitating VC fund, partial risk guarantees, national awards etc. (Carrot and stick) could be supporting measures to increase effectiveness of policy.

Govt. policy packages should support EE & climate mitigation goals by first specifying ambition level, mandatory targets, in consultation, technologically, socially, realistically by stakeholders and experts.

Page 10: ENERGY & CARBON      MANAGEMENT, FUTURE, POLICY, TECHNOLOGY

Effective data collection & propagation system, transparent monitoring, reporting & verification process essential to make it going.

Other issues important for industry, bench marking within the country and globally, collection of best practices, realistic but ambitious key performance indicators, trend analysis, energy – mass balances etc.

Page 11: ENERGY & CARBON      MANAGEMENT, FUTURE, POLICY, TECHNOLOGY

“IN THE PAST, SUSTAINABILITY ENGAGED THE MIND BUT THE FUTURE DEMAND AN ENGAGEMENT WITH THE HEART AS WELL” W

ADAMS

Page 12: ENERGY & CARBON      MANAGEMENT, FUTURE, POLICY, TECHNOLOGY

“KNOWLEDGE WILL GIVE US A WAY

TO LIVE OUR LIFE

IT IS WISDOM WHICH WILL BRING TO US

THE QUALITY OF LIFE”