While annual investment in fossil fuel extraction, transformation, and transportation and fossil ‐ fired power plants without CCS is estimated to decline by about 86 billion USD per year in 2010 2029 (i.e., by 20 %), annual investment in low ‐
emission generation technologies is expected to increase by about 147 billion USD per year (i.e., by 100 %), over the same period.
Not exact matches
«If Canada is going to move the needle on carbon
emissions and develop its cleantech industry, then we need to invest in next
generation technologies.
Power
generation is all but decarbonised, relying by 2040 on
generation from renewables (over 60 %), nuclear power (15 %) as well as a contribution from carbon capture and storage (6 %)-- a
technology that plays an equally significant role in cutting
emissions from the industry sector.
Mississauga, Ontario - headquartered Hydrogenics Corporation, a leading developer and manufacturer of hydrogen
generation technology and hydrogen fuel cell systems, today announced that it has received an order valued at C$ 7.8 million to supply fuel cell power systems for zero -
emission vehicles in China.
The Electric Power Research Institute's report on decarbonizing electricity
generation said an «aggressive» push on new
technologies could lower 2005 - level carbon dioxide
emissions from power plants by 41 percent in 2030.
«This means that the mere existence of storage
technology, which benefits both renewable and fossil fuel power
generation, doesn't necessarily lead to lower carbon
emissions from electricity
generation.»
Existing
technology like combined cycle
generation could be used to meet EPA's stricter CO2
emissions limits
General Electric (GE), a world leader in industrial power
generation technology and the world's largest supplier of gas turbines, considers gas - fired power
generation a key growth sector of its business and a practical step toward reducing global greenhouse gas
emissions.
Does it makes sense to replace old coal - fired power plants with new natural gas power plants today, as a bridge to a longer - term transition toward near zero -
emission energy
generation technologies such as solar, wind, or nuclear power?
Supporting the efforts of clean energy, Holtec group of companies continue to develop and deploy cutting - edge power
generation technologies that help mitigate the growth of
emissions associated with energy use.
For the past decade, governments and utilities have been looking at how carbon capture
technologies might be deployed to reduce
emission of greenhouse gas into the atmosphere, while enabling low - carbon electricity
generation.
We align our business practices with societal needs and expectations by investing in complementary innovative
technologies to control
emissions as well as minimize water consumption and waste
generation.
Green manufacturing
technologies and practices help to minimize greenhouse gas
emissions, waste
generation, and non-renewable or toxic materials.
«For us, the three prototypes of this new
generation of zero -
emission vehicles... mark the start of a design and
technology revolution that is going to change individual mobility and the Volkswagen brand forever,» said Klaus Bischoff, VW design head, in a statement.
The latest injection
technology, fully variable valve control performance control and latest -
generation turbochargers: All petrol power plants from the BMW EfficientDynamics engine family offer impressive strength — and astonishingly low fuel consumption and
emissions.
Market launch of the new MINI 5 door with four model variants (combined fuel consumption: 5.9 — 3.6 l / 100 km, combined CO2
emissions: 136 — 95 g / km); two petrol and two diesel engines of the new
generation available with MINI TwinPower Turbo
Technology; MINI Cooper 5 door with 100 kW / 136 hp 3 - cylinder petrol engine, MINI Cooper S 5 door with 141 kW / 192 hp 4 - cylinder petrol engine, MINI Cooper D 5 door with 3 - cylinder diesel engine (85 kW / 116 hp) and MINI Cooper SD 5 door featuring new 4 - cylinder diesel engine presented for the first time with an output of 125 kW / 170 hp; 6 - speed manual transmission as standard, 6 - speed Steptronic transmission or Steptronic sports transmission as an optional extra; extensive MINIMALISM technology including auto start / stop function and optional G
Technology; MINI Cooper 5 door with 100 kW / 136 hp 3 - cylinder petrol engine, MINI Cooper S 5 door with 141 kW / 192 hp 4 - cylinder petrol engine, MINI Cooper D 5 door with 3 - cylinder diesel engine (85 kW / 116 hp) and MINI Cooper SD 5 door featuring new 4 - cylinder diesel engine presented for the first time with an output of 125 kW / 170 hp; 6 - speed manual transmission as standard, 6 - speed Steptronic transmission or Steptronic sports transmission as an optional extra; extensive MINIMALISM
technology including auto start / stop function and optional G
technology including auto start / stop function and optional GREEN mode.
New engines are being introduced — like the innovative MultiAir
technology on petrol engines, making them capable of guaranteeing up to 10 percent lower CO2
emissions, and the new
generation of Common Rail MultiJet diesel engines that will make their debut on the Punto Evo and that will be gradually adopted on all of our Group's cars.
The 2.4 - liter is the third engine to feature MultiAir
technology from Chrysler Group and features the second
generation «MultiAir 2» system that further enhances combustion control, improves fuel efficiency and reduces exhaust
emissions.
The EMC is home to the high
technology, low
emission Ingenium engine — JLR's first venture into in - house engine manufacturing in a
generation.
Like the S 560 e (combined fuel consumption 2.1 l / 100 km (112 mpg US), combined CO2
emissions 49 g / km)(earlier post), the C - and E-Class plug - in diesel hybrids will use third -
generation hybrid
technology.
The Jeep Commander 2 is a second -
generation sport - utility concept vehicle powered by fuel - cell
technology that the automaker says produces near - zero
emissions.
And yet, the Cayenne Turbo qualifies as an LEVII (low -
emission vehicle) and in preliminary fuel economy testing the Cayenne Turbo showed the benefits of the direct fuel injection
technology with an improvement up to 11 percent in highway driving compared to the previous
generation Cayenne Turbo.
«The Honda FCEV Concept demonstrates the company's vision for the future of personal mobility and our commitment to developing advanced alternative fuel vehicles,» said Mike Accavitti, senior vice president of American Honda Motor Co., Inc. «As we work toward the introduction of our next -
generation fuel - cell vehicle in 2015, our long - term experience with fuel - cell
technologies will help us pave a way towards a zero -
emissions future.»
Honda Environmental Leadership Honda's diverse portfolio of alternative fuel vehicles has included numerous
technologies to improve fuel efficiency and reduce CO2
emissions including the first EV leases in California (1997 Honda EV Plus), the retail introduction of America's first hybrid (1999 Honda Insight), delivery of the first fuel - cell electric vehicle in the U.S. (2002 Honda FCX), five
generations of the Civic Natural Gas (first introduced in 1998) and the first gasoline - powered vehicles in the hands of consumers to meet stricter
emissions standards.
Add an improved battery pack and regenerative braking from the previous
generation to produce a hybrid with Advanced
Technology Partial Zero
Emissions status.
Honda's next -
generation diesel engine uses advanced
technology to reduce NOx
emissions — making it one of the world's cleanest diesel units.
GM reports that this engine and its adopted
emissions technologies were able to cut particulate
emissions by up to 90 percent over previous
generations.
I myself have been accused of being a paid shill for the coal industry, because I argued that rapidly deploying solar and wind energy
technologies, along with efficiency and smart grid
technologies, is a much faster and much more cost effective way of reducing GHG
emissions from electricity
generation than building new nuclear power plants.
Automobiles will by then almost certainly be battery powered, and we have the
technology now to eliminate most
emission from electricity
generation and heating.
In the absence of being able to make that policy call at this time on dangerous interference, what we're doing as an interim measure is working bottom up to see how aggressive can we be in finding a pathway to low - carbon power
generation from coal, because that accounts for more than 50 percent of
emissions; how aggressive can we be in transitioning to a much greater diversity of fuel supply than petroleum, and vehicle
technology, and that's 20 percent of
emissions; and then what can we do much more rapidly to halt deforestation, which is 20 percent of
emissions.
Relying on those
technologies to compensate for failures to mitigate
emissions elsewhere may even have «serious implications for future
generations,» the EASAC report warns, saying geo - engineering should provide no excuse for tackling
emissions in areas such as industry, transport or buildings.
Power
generation is all but decarbonised, relying by 2040 on
generation from renewables (over 60 %), nuclear power (15 %) as well as a contribution from carbon capture and storage (6 %)-- a
technology that plays an equally significant role in cutting
emissions from the industry sector.
These tools include so - called «inside the fenceline» measures — a range of
technologies and fuel choices to reduce the
emissions of the plant itself — and the ability to use credits reflecting the
emission reductions that result from ramping up
generation at cleaner plants.
After taking these existing environmental regulations into account, the projections for electricity
generation and its resulting
emissions are primarily determined by the available capacity and relative operating costs of the different
technologies.
However, you don't want to argue for a rational solution — i.e. cheap nuclear power (which also happens to be 10 to 100 times safer than our currently accepted main source of electricity
generation, fossil fuel) and also happens to be a near zero
emission technology (in fact much lower than renewables given they need fossil fuel backup, and given solar needs about 10 times as much material per TWh on an LCA basis).
«[Howarth et al.'s] analysis is seriously flawed in that they significantly overestimate the fugitive
emissions associated with unconventional gas extraction, undervalue the contribution of «green
technologies» to reducing those
emissions to a level approaching that of conventional gas, base their comparison between gas and coal on heat rather than electricity
generation (almost the sole use of coal), and assume a time interval over which to compute the relative climate impact of gas compared to coal that does not capture the contrast between the long residence time of CO2 and the short residence time of methane in the atmosphere.»
Research by Lappeenranta University of
Technology (LUT) as part of a Finnish Solar Revolution project shows that India, with its abundance of renewable resources, principally solar, can avoid the path of western countries where increasing living standards have been coupled with heavy
emissions from electricity
generation and industry.
Fossil fuel plant needs to transition into the role of backup to low
emissions generation and the market emergent de-facto carbon price increasing intermittency brings to a fossil fuel dominated grid needs to be used intelligently as the incentive it is to drive time shifting of demand, efficiency and investment in emerging storage
technologies.
The increasing use of coal for power
generation in ASEAN countries will lead to widespread construction of coal - fired power plants, which, without the use of the best available cleaner coal
technology (CCT), would result in increased greenhouse gas and carbon dioxide
emissions.
(Sec. 115) Amends the CAA to require the EPA Administrator to promulgate regulations providing for the distribution of
emission allowances (established by this Act) that are allocated to support the commercial deployment of carbon capture and sequestration
technologies in electric power
generation and industrial operations.
EnergyVision 2030 suggests one pathway to advance adoption of clean energy
technologies in four core areas — grid modernization, electric
generation, buildings, and transportation — and demonstrates that even relatively modest increases of clean energy
technologies can significantly reduce
emissions while delivering consumer and economic benefits for all.
Accept that carbon
emissions should be taxed to level the energy -
generation playing field with other
technologies.
In terms of carbon
emissions, new
technology coal is still around 30 per cent higher than LNG but much lower than conventional coal powered
generation.
Japan, led by Hitachi Power, has developed ultra-supercritical pressure coal - fired power
generation technologies, which convert more of the energy in coal into power, slash pollution and reduce carbon
emissions.
Fossil fuel - fired power
generation IEA identifies proven
technology available today to significantly reduce CO2
emissions 23 October 2007
All of these constraints can be eased by the development of alternative energy
generation technologies and distribution systems, and societies that are well ‐ informed about the consequences of their choices and motivated to choose products, services, and activities that will reduce GHG
emissions
*** The most astonishing thing about Alan Finkel's report on Australia's electricity market calamity, is that the only stand - alone, CO2
emissions free
generation source — nuclear power — barely rates a mention and gets dismissed as if it were some far fetched
technology used by aliens.
You didn't apply that approach before poo - poo - ing nuclear power which is the safest electricity
generation technology, and by far the least cost way to reduce global GHG
emissions by the amount being advocated by the CAGW crowd.
The competitiveness of conventional coal - fired electricity
generation relative to other
technologies diminishes as the stringency of an
emissions cap increases.
The interest in natural gas combustion as a potential solution to climate change has been gaining because US ghg
emissions have fallen somewhat as natural gas from hydraulic fracturing
technologies has been rapidly replacing coal in electricity sector
generation.