There's a waste of time there's a waste of space there's a waste of energy and there's a waste of waste.

Energy, agriculture, forestry, waste management, industry, transportation and adaptation

You don't have to waste your energy or your resources.

Diversion of waste from landfills to waste to energy plants is usually pursued through voluntary means or economic incentives, though a Swiss regulation requires incineration of all combustible waste.

(e) Promotion of efficient use of waste biomass energy the number of facilities and

Keeping in mind that issues of nuclear energy waste disposal have not been resolved, nuclear energy remains a security and health threat.

Four Parties proposed projects targeting the use of landfill waste water biogas for energy generation.

Similarly, burning municipal solid waste to recover energy produces trace amounts of mercury and dioxins.

Such measures seek to improve efficiency and reduce waste, and to develop alternative sources of energy.

Radioactive waste is managed in accordance with the technical criteria of the International Atomic Energy Agency (IAEA).

(c) Financial or other incentives to encourage quot waste to energy quot using clean technologies, the utilization of landfill gas and bio gasification, without detracting from the priority given to the prevention of waste or discouraging other recycling of waste operations

(a) Lead the drive to achieving eco efficiency improving efficiency in material and energy use minimizing waste in production processes recycling solid wastes and waste water

They are concentrated in the fields of conserving energy and using renewable low polluting energy sources low cost water and sanitation waste management environmentally sound construction industry, etc.

SIEP has collaborated with many non governmental organizations and community based organizations in water and solid waste management, environmental health, urban energy, transport and waste recycling technologies.

Of the 90 percent of the energy that Mr. Gore reminded us that we waste every day, don't add wasting our energy, intelligence and hard earned experience to that count.

The sectors covered are energy (supply and demand), agriculture, land use change and forestry, and waste management.

So you can see that we're bringing together cycles of food, energy and water and waste all within one building.

The majority of those reported by Parties were in the energy, agriculture, land use change and forestry, and waste management sectors.

It has linkages to the framework of Agenda 21, with relation to energy, transport, industry, agriculture, forests, water and waste management.

The majority of activities that were reported in the initial national communications were in the energy, agriculture, LUCF, and waste management sectors.

The majority of measures that were reported in the initial national communications related to the energy, agriculture, LUCF, and waste management sectors.

Sustainable urban development (access to basic services such as water and sanitation, waste management, transport and energy urban planification).

Research in this field is therefore related solely to solving the safety problems associated with nuclear energy and waste.

policies and measures including, as appropriate, regarding energy, transport, industry, agriculture, forestry, waste management, economic instruments, institutions and mechanisms

segmental performance data based around energy use, materials use, emissions (CO2, NOx, SO2, CFCs, etc.) and waste disposal routes

Nuclear energy presents a number of disadvantages, owing to concerns about safety and disposal of radioactive waste. Hydroelectric power is already widely used, while wind and solar energy are structurally sporadic and disparately available.

Besides commercial fertilizers and food waste, biogas plants increasingly process energy crops such as cereals, maize (whole plants) and grass.

(xiii) Reduce emissions of methane through recovery and use in the waste management sector, as well as in the production, transport and distribution of energy.

N2O a) For example using IPCC classification energy efficiency renewable energy fuel switching forest preservation, restoration or reforestation afforestation fugitive gas capture industrial processes solvents agriculture waste disposal or bunker fuels.

Some proposed solutions are specifically thought of as waste disposal methods, while others might add to the energy supply if this proves economically attractive.

Energy efficiency, energy savings, renewable energy and less greenhouse gas emitting advanced fossil fuel technologies Innovation relating to energy efficiency and savings in the transport and industry sectors Climate friendly agricultural technologies and practices, including traditional agricultural methods Afforestation, reforestation and use of marginal land Solid and liquid waste management for the recovery of methane

financial data on environmental costs (energy, waste, remediation, staffing, exceptional charges and write downs, fines and penalties, green taxes paid, capital investment)

Civil society action supported initiatives of the Ministry of Environment with respect to a number of other main environmental issues, including collection, processing and disposal of solid waste and of dangerous and toxic waste, quarrying, forest fires, use of asbestos pipes and promotion of renewable energy.

(a) bis Promote access to technological system licences, with due respect for the rights of licence holders, including for the management of waste as a resource, energy efficiency and renewable energy development, through mechanisms such as regional development banks agreed

394. The Danish Parliament has maintained its decision not to introduce nuclear energy until a safe solution has been found regarding radioactive waste.

The review specifically focuses on four critical areas water resources, forest based and mineral resources, energy and waste generation linked to resources consumption.

A preciseunderstanding of the strong force could be just as important, opening new ways to use nuclear energy resources while solving the problems of safety and nuclear waste.

(b) Transfer and promotion of technologies and know how to enhance the efficient use and management of energy, natural resources, and materials to produce less pollution and waste

Building materials A range of energy efficient, low waste and cleaner technologies are now available for the production of building materials including cement, bricks, blocks and roofing tiles.

5. Cost of waste and waste disposal charges to costs of materials

In the new industrial revolution extractive must be replaced by renewable linear by cyclical fossil fuel energy by renewable energy, sunlight wasteful by waste free and abusive by benign and labor productivity by resource productivity.

a) For example, using Intergovernmental Panel on Climate Change (IPCC) classification energy efficiency renewable energy fuel switching forest preservation, restoration or reforestation afforestation fugitive gas capture industrial processes solvents agriculture waste disposal or bunker fuels.

a) For example, using Intergovernmental Panel on Climate Change (IPCC) classification energy efficiency renewable energy fuel switching forest preservation, restoration or reforestation afforestation fugitive gas capture industrial processes solvents agriculture waste disposal or bunker fuels.

Another problem is the nuclear waste that emerges when energy is produced in the decay process. The waste can be substantially, or even completely, reduced if we could use an alternative form of nuclear decay that is triggered by externally accelerated particles.

E. Waste disposal and waste management