Environment
May 31, 2011
India and China are largely dependent on Coal for fueling a majority of their energy needs despite the evident disadvantages of coal.China derives almost 80% of its electricity from coal while India uses Coal for 50% of its Energy Needs.Most of the new power plants being built in India have plans to use thermal power which means that the coal demand is going to skyrocket even as these 2 Asian giants are already suffering from coal shortages.India's Coal Production is falling short as the Environment Ministry makes it tough for the coal miners to dig up virgin forest areas even as private Indian power companies keep on building gargantuan thermal power plants of more than 4,000 MW capacity.Most Indian companies are now racing to acquire coal mines abroad joining the Chinese companies.Seeing the massive potential in coal,international resource giants such as Rio Tinto and others are trying to access coal assets as well.
May 31, 2011
Central Energy Regulatory Commission (CERC),India's Electricity Regulator is planning to increase the frequency of compliance of the Renewable Purchase Obligation (RPO) for states from an annual affair to a bi or quad annual affair.Note Renewable Energy Certificate (REC) Trading in India started in 2011 to facilitate the development of the Renewable Energy Industry in India.According to the RPO,a certain percentage of a state's electricity generation must come from clean energy sources.States and utilities which can't meet their renewable energy requirements can buy REC from Indian Energy Exchanges to meet their needs.Power Exchanges in India have already set the ball rolling in terms of trading in RECs.
May 31, 2011
Solar Lamps in India are one of the most successful solar products in India as they provide economical value without requiring huge subsidies.Note India’s Solar Mission […]
May 31, 2011
Japanese Nuclear Giant Toshiba which is the second largest seller of complex nuclear equipment globally is looking to shift its focus towards Renewable Energy and Energy Efficiency.The company is already facing delays in shipping nuclear reactors to customers as the Fukushima Disaster makes governments around the world rethink their nuclear power ambitions.The Nuclear Energy Disadvantages are winning over the Advantages currently in public sentiment.Toshiba which acquired US Westinghouse has a target of selling 39 nuclear reactors which is getting delayed.With advanced nuclear power countries like Germany,Switzerland and Japan killing nuclear energy,the going looks tough for Toshiba.The company was already facing tough competition from the GE-Hitachi and Areva as well as new players from South Korea and China in the nuclear equipment market.
May 30, 2011
Coal has become the hottest energy topic in the world’s fastest growing economies India and China which depend on Coal for a majority of their Energy […]
May 30, 2011
German utilities have protested against the move as recently they were buoyed by the decision of the Merkel led government to extend the life of the nuclear reactors by more than 10 years.However the weight of public opinion has made the German government go into the damage control phase ( though too late in my opinion.German power companies too know that going against popular opposition will be quite fruitless.Note Germany faces problems as the replacement of the 7 shutdown nuclear reactors will be difficult to replace.Solar Power has been playing an important role but in winter this problem may become acute.According to some analysts,Germany will have to import power (nuclear as well) from other European countries.This will lead to increase in electricity prices.However its a great win for all forms of Green Energy as Germany has no alternative but to go with Green Energy as Germany does not have abundant reserves of Cheap Gas (like USA).Also Coal has its disadvantages which make it very difficult in an environmentally conscious country like Germany.
May 29, 2011
Switzerland has voted to not build any new nuclear reactors and not to extend the life of the existing nuclear plants once their expected life ends.The […]
May 29, 2011
The dangers of Hydraulic Fracking which is used to extract Shale Gas has become one of the biggest environmental issues for Big Oil and Gas companies.Shale Gas Extraction has seen doubts being raised against its Environmental Safety Record.This new form of Fossil Fuel Extraction has seen a Gold Rush from Global Oil and Gas Majors looking to tap into this major new Energy Form.In the initial helter-skelter,environmental norms have been bypassed.The controversial Fracking Process leads to chemical contamination of water bodies leading to disease and sickness among local animals and humans.Shale Gas Companies and Local Officials have also been accused of conniving to break regulations and laws regarding water usage.The use of new techniques to extract gas from shale formations has gained huge traction in the United State with major companies like Chevron,Exxon spending billions of dollars to acquire companies with shale gas assets and technology.Indian and Chinese companies like Reliance too have spent their billions to gain a slice of the lucrative new Gas pie.However the environmental dangers of using fracking has kept cropping up despite efforts by Big Oil and Gas to suppress.
May 14, 2011
Electronic Waste is a massive problem in the Developed and Developing world with Thousands of Tons of Hazardous Electronic Waste being generated each year.With Electronics getting more ubiquitous and costs falling rapidly,Electronic Waste Problem is only going to increase.E-Waste is responsible not only for releasing dangerous substances into the environment it also causes deaths and injuries to poor in countries like India,China and Africa who are forced to work in extremely bad conditions.Electronic Waste Recycling is the need of the hour but the governments around the world have not pushed hard enough.Europe has been at the forefront with the WEEE directive passed in 2002 while USA has been a laggard as usual failing to prevent toxic waste from being dumped in landfills and shipped to poor countries with lax environmental regulations.Electronic Waste Recycling Act of 2003 has been passed in California which again as usual has been leading the federal government on clean technology legislation.
May 13, 2011
WEEE refers to the Waste Electrical and Electronic Equipment Directive issued by the European Community on Electronic and Electrical Waste alongwith the ROHS Directive in 2003 which regulates the collection,recycling and disposal of electronic and electrical equipment.The Directive are 2002/96/EC and 2002/95/EC.WEEE makes it mandatory for the producers of to dispose of the Electronic Waste.Unlike the USA which does not have such a strict policy,the companies must do so in an environment friendly way and can't just export all the electronic junk ot Africa,India and China which has been the way of the industry till then.
The legislation provides for the creation of collection schemes where consumers return their used e-waste free of charge. The objective of these schemes is to increase the recycling and/or re-use of such products. It also requires heavy metals such as lead, mercury, cadmium, and hexavalent chromium and flame retardants such as polybrominated biphenyls (PBB) or polybrominated diphenyl ethers (PBDE) to be substituted by safer alternatives.The EU’s WEEE and RoHS laws simply serve as a template for national laws. They are transposed into national law at national level.Member States are required to draw up a register of producers and collect information on an annual basis on the quantities and categories of electrical and electronic equipment placed on their market, collected, re-used, recycled and recovered within that Member State and on collected waste exported.
May 13, 2011
Electronic waste is defined as loosely discarded, surplus, obsolete, or broken electrical and electronic devices.It consists of secondary computers, electronics,LCDs,computers,mobile phones etc which have been discarded or thrown by the owners.The rapid decline in the cost of semiconductors due to Moore's law has led to a rapid increase in the size of the electronics industry which is more than $1 trillion dollar globally.Millions of electronics items are thrown out each year leading to mountains of Electronic Waste.If not treated and Recycled,E-Waste can be hazardous to the environment and lead to wastage of precious materials which can be reused.Lost electronic devices contain a variety of materials, including metals that can be recovered for future uses. By dismantling and providing reuse possibilities, intact natural resources are conserved and air and water pollution caused by hazardous disposal is avoided.Electronic Waste Recycling companies are quite disorganized without major global e-recycling companies.The E-Waste Manageress industry still consists mainly of thousands of workers in developing countries like India where they continue to work in dangerous conditions.1,200 small companies generated revenue of around $5 billion last year.This is expected to treble by 2015 as more countries make electronic waste management compulsory and the sheer volume of electronics grows (think iPads)
May 12, 2011
Offshore Wind Energy is supposed to increase from around 3 GW today to 75 GW by 2020 as countries in Europe,Asia and North America heavily support this industry.Onshore wind energy growth on the other hand is expected to slow down as 38 GW of Wind Capacity were installed in 2010 with Western Markets showing a sharp slowdown.Note every industry sees costs declining with large capacity except the mature industries.For example Wind Energy has seen a 10% decline in costs for every 100% increase in installed capacity.Note offshore wind projects offer even more Wind Energy Advantages than normal Land Based Wind Farms.The only problem facing offshore wind power is high costs as the industry still is on the learning curve.PWC has come up with a survey where most of the participants say that it will take 10-15 years for offshore wind energy to reach grid parity.What this means is that Offshore Wind Energy Companies will continue to depend on government subsidies like higher electricity prices,tax breaks,low interest loans to survive.
May 12, 2011
The Chinese Wind Industry has around 80 wind turbine companies many of which are quite small and don't' have the money and expertise to compete in the international markets.Though the Chinese dominate the top global wind turbine companies list with 7 of the top 15 WTG companies Chinese,many are not competitive.Sinovel which has become the largest wind turbine company has recently canceled order for Electrical Control Systems from American Superconductor citing high inventory.Other Wind Turbine companies are in even more trouble as the industry suffers from huge overcapacity.The Chinese Wind Capacity has grown at 100% CAGR to reach 18 GW in 2010.However this strong growth has led to saturation of the wind market and price wars are being seen in China.Exports to other countries have been difficult as the cost of transportation of Wind Turbines is high.Besides Chinese Wind Companies don't possess strong technology and quality unlike established ones like Vestas,Gamesa,GE and Siemens.Though Dongfang and Shanghai Electric have managed to win some Turbine Orders in India,the export percentage is negligible.Wind Power in India too has reached a stable growth level and a number of wind companes in India are fighting for marketshare as well.
May 12, 2011
Power Finance Corporation Green Energy has been floated as a subsidiary of one of India's biggest power sector financier Power Finance Corporation.As the name implies the company's mission is to provide loans to India's Green Energy Industry.Note India requires around $10 billion dollars according to the government plans of building 17 GW of Alternative Energy Capacity in India between 2012-2017 which is low in my view.However even this low target will require a massive amount of debt financing to the tune of around $6-7 billion annually.Power Finance Corporation is one India's largest infrastructure financing companies owned by the government.The company which has billions of dollars of loan assets to the Power sector in India has naturally entered the fast growing Green Energy area as well.
May 11, 2011
Nuclear Energy has been dealt a very heavy blow with Japan deciding to stop building any new nuclear plants from now onwards.PM Kan in a dramatic move announced that Japan's plan to build 14 new nuclear reactors which would increase the share of nuclear power to 50% from 30% has been canceled.The new energy plan of Japan will have more focus on renewable energy and energy efficiency.Note Germany had already shut down 7 of its old nuclear plants with immediate effect following the Fukushima disaster.These nuclear reactors have almost no chance of being started back as hundreds of thousands of German protested against nuclear energy and the Green Party won its first government in Germany.Italy and Switzerland too have put their nuclear power plants under review while other countries too are slowing down the approval process for new nuclear reactors.Nuclear Power in its current form seems to be dying in the developed world with other developed countries too facing opposition to nuclear plants.Note the effects of Nuclear Radiation are quite deadly and widespread even in lower doses or sieverts as was brought to the fore during the Fukushima disaster.It can lead to billions of dollars in lost economic activity.Already 3 major disasters have unfolded in the last 40 years in USA,Russia and Japan despite the safety touted by the Nuclear Industry.
May 10, 2011
E-waste generally consists of obsolete devices such as DVDs, CDs, floppies, tapes and electronic components including chips, processors, mother boards, printed circuit boards and industrial electronics. E-waste contains many hazardous substances like heavy metals, PVC plastics, brominated flame retardants.When disposed off in a landfill, it becomes a conglomeration of plastic and steel casings, circuit boards, glass tubes, wires, resistors, capacitors, fluorescent tubes, and other assorted parts and materials. It is both valuable as a source of secondary raw material, and toxic if treated and discarded improperly. he USA discards 30 million computers each year and 100 million phones are disposed of in Europe each year. The Environmental Protection Agency estimates that only 15-20% of e-waste is recycled, the rest of these electronics go directly into landfills and incinerators.India's rapidly growing economy generates more than 500,000 tons of electronic waste every year, a number expected to reach 1 million tons by 2012. The obsolete computer and cellphone parts are dismantled, refurbished and recycled manually by hundreds of thousands of unorganized villagers across the country.
May 10, 2011
Mongolia has been chosen by the two countries to open a nuclear wastes storage site for their companies radioactive waste.GE-Hitachi and Toshiba-Westinghouse are two of the three largest nuclear equipment suppliers in the world and have big plans to export billions of dollars of reactors to emerging markets.These will generate huge levels of waste which would need disposing of.Mongolia is a convenient dumping ground as it a developing country with lax environmental laws.The country has big plans for uranium extraction and building on nuclear power plants as well.Another case of dumping of toxic waste on developing countries by developed countries.Note the citizens of Japan and USA have made life difficult for those wanting to construct permanent nuclear waste storage facilities.Having failed to dump dangerous waste near their citizens,the government of these countries plan to dump the radioactive waste on poor citizens of Mongolia.
May 10, 2011
Solar Power in India is set to be one of the biggest energy industries in the 21st century due to a unique set of favorable converging factors with declining cost the biggest one.The Indian government has recognized this fact and set a 20 GW of solar energy capacity target by 2022 and Indian states are boosting solar energy too through their own set of subsidies and solar supportive policies as well.However a number of problems have cropped up in the initial phases as solar electricity price is still high at Rs 14-16 unit compared to the retail electricity price of around Rs 4-5/unit.Though solar subsidies by the government should provide support till the prices come down.Major Indian solar companies like Moser Baer,Lanco are predicting that the solar electricity costs will fall by 40% or more in the next 3-5 years as technology improves,scale increases and more of the components like glass,solar inverters are manufactured domestically substituting expensive imports from countries like China and Taiwan.
May 8, 2011
Gujarat has been leading Indian states in the Solar Energy sector signing PPAs to build more than 900 MW of power capacity in the next couple of years even as the federal subsidy JNNSM flounders.Gujarat is one of the leading industrialized states in the country and has been looking to boost renewable energy sources like Tidal Energy,Offshore Wind Energy,Geothermal Energy as well.Wind Energy has also been in the radar of the state government which is looking to realize the 10 GW potential of Wind Energy in the state.After a strong 2009 when 295 MW of Wind Power was installed that slowed down to 100 MW.The main reason was the unavailability of the power grid to connect wind power plants.Note Gujarat possesses one of the best wind sites in the country in the western part of Saurahstra.
May 7, 2011
Renewable Energy in India has seen decent growth in the past mainly driven by Wind Energy which accounts for almsot 65% of the estimated 20 GW of Green Energy capacity installed in the country.However to meet India's 2020 Green Energy Target of 15% of power to be generated from renewable sources set by CERC,at least 40 GW more would need to be installed (that is a conservative estimate as load factors for green energy are lower).This is assuming that India meets its target of raising the power capacity to 400 GW by 2020 from around 175 GW at present.Solar Energy in India has not got off to a good start despite immense potential as the federal subsidy program JNNSM has seen irrational bidding by bit players and debt financing is difficult.Wind Power in India has seen the most growth amongst the green sources of power but it too faces hurdles as good quality wind sites have all been taken.
May 7, 2011
India's environment minister Jairam Ramesh has pleaded helplessness as he is too being forced to go along with these environmental destructive projects.This is a characteristic which is peculiar to India and has allowed the culture of corruption to flourish.If you build a large enough project with enough billions in investment you can get away with the murder of the environment as the government could destroy such a large investment.These ad hoc measures which lead to construction of illegal projects has been leading to the destruction of ecology in a large scale manner.Only a blanket demolition of all structures built illegally irrespective of the cost will lead to the lessening of the corruption in the business sector.
May 6, 2011
China has been rewriting its renewable energy plan in the wake of the Fukushima Nuclear Energy Disaster in Japan.Note there has been a strong global backlash against nuclear energy around the world and 7 nuclear plants in Germany have been closed all but in name.Other countries like South Korea,Italy,Switzerland are rethinking of what do about their nuclear reactors giving the massive tail risks with nuclear generation.China had a target of only 20 GW of solar by 2020 has decided to raise the target by 150% to 50 GW according to the country's leading energy planning authority NRDC.Note China installed more than 15 GW of Wind Energy in 2010 alone becoming the world’s largest Wind Energy Market by far.Solar Energy strongly lags Wind in China despite China having the biggest solar panel manufacturing industry in the world.Its Golden Sun and other Solar Subsidy programs have been small in absolute terms compared to its huge electricity capacity.
May 3, 2011
The Cons of Geothermal Power are winning over the Pros in the last few years due to a number of factors.The main reasons are the long gestation time in building the geothermal energy plants,small developers,financing and regulation problems.Despite geothermal having huge potential these drawbacks have resulted in only 10 GW of geothermal energy being installed worldwide despite almost 30 years of commercial development.Most of the geothermal companies which are small developers have been devastated by the above problems.Canadian companies which are the leaders in consolidating the fragmented industry like Ram Power and Magma Power are facing huge problems.While Ram Power saw its CEO go,Magma is now looking at other renewable energy opportunities.Magma Power has decided to merge with Plutonic Power which is a small hydro and wind company as geothermal energy looks more or less a dead end.
May 3, 2011
Coal M&A is picking up at a feverish pace as the demand and price of coal shoot through the roof.Note Coal is the cheapest fossil fuel and powers most of the world's power plants despite its disadvantages.The abundance and cheapness of coal has managed to hide its deleterious effects.Indian and Chinese companies are gobbling up coal mines and companies globally as they rush to secure raw material for the growing thermal power plant capacity.The Adani Group is one of the leading Indian private power companies setting up gigawatts of new thermal power plant capacity.Mundhra Port the Adani Flagship has been buying up coal plants,ports and building power plants to vertically integrate itself in the whole coal supply chain.It recently bought the Australian Linnc Energy's Gaililee coal project for USD 2.7 billion.It has followed it up by buying Abbot Point Coal Terminal from the Queensland state of Australia for 1.8 billion Australian dollars.
May 2, 2011
Indian government seems not to have learned much from the Fukushima Nuclear Meltdown which has thrown millions of Japanese lives out of gear and caused massive disruption to the economy.The Jaitapur Nuclear Power Plant to be built by NPCIL using Areva's experimental nuclear reactors has got the federal government's environmental clearance.Note the protests against the plant had got a political color with local opposition parties getting involved.A number of villagers have already been killed by police firing and further protests are expected.Note India's activist environment minister Jairam Ramesh has proven to be selectively biased towards large industrial projects in Congress ruled states.After appearing to be hero stopping the Niyamgiri project from Vedanta,Ramesh has given the go ahead to politically favored projects.Not a surprise given the endemic corruption present in the ruling coalition which has given birth to a number of corruption scams and scandals.Like everything,even a project of this criticality has acquired a political cover with everyone sounding their party positions without worrying about the possibility of a nuclear meltdown in India.
May 2, 2011
Arch Coal is the 3rd largest Coal Company in the USA. During the year ended December 31, 2009, the Company sold approximately 126.1 million tons of coal and operated 19 active mines at 11 mining complexes located in the United States. On October 1, 2009, the Company acquired Rio Tinto’s Jacobs Ranch mine with 345 million tons of coal reserves and integrated it into the Black Thunder mine.International Coal on the other hand is a small producer with a market cap of $2.2 billion previously which has managed a nearly 50% premium.Market Cap of $2.2 Billion is a producer of coal in Northern and Central Appalachia .As of December 31, 2009, the Company operated a total of 11 surface and 11 underground coal mines located in Kentucky, Maryland, Virginia, West Virginia and Illinois.The Company’s mines in Central Appalachia produced 10.1 million tons of coal in 2009, and the mines in Northern Appalachia produced 3.9 million tons of coal in 2009.
May 2, 2011
Lavasa is a story of corruption,looting of the poor and raping of the surrounding environment by the Indian politician-bureaucrat-businessmen nexus in a beautiful cover of a township built for the rich and well heeled.There is little concern for the law as these powerful developers know that they can get away with murder quite literally.The long term sustainability of the township is in doubt which defeats the entire purpose anyway.Any buyer of property in Lavasa should be aware of these problems and should not buy it as their investment will be eroded in the future anyway besides having the taint of being looted from the poor.However the media too has lost interest as a new scandal emerges everyday.
Lavasa Township being constructed near Pune,Maharashtra has been in the media off and on for creating a environmental disaster in the shape of a beautiful township constructed on the hills.The town which has been constructed for 300,000 residents has violated all building and environmental norms of the state and centre.With powerful politicians and businessmen backing the project,its not as surprise that the state government of Maharashtra actively helped the township in bypassing all the laws and regulations.There is no provision for permanent water supply and it would lead to a clash between the water wants of Lavasa and Pune.Note builders in India are notorious for leaving out water and waste sustainability in their plans.The residents of the buildings,apartments and other shelters have to bear the brunt later on when there is no water and problems like waterlogging.Gurgaon the millenium township suffers from both of these problems quite acutely.Note these problems are common to both million dollar homes as well as slums in India.
April 25, 2011
China has recently put increased scrutiny and control over the mining,smelting and export of important minerals like tungsten and rare earth oxides.Note mining in China often takes place illegaly without any regard to environment in quest for a quick buck.Japan which is the largest importer of rare earth oxides from China gets most of its demand met through illegal mining.However China has cracked down on this practise as it regards these minerals like tungsten,iron,rare earth,antimony and molybdenum as important for national goals.China has severely curtailed the exports of rare earth exports leading to a sharp rise in rare earth prices and stocks of rare earth companies.This has sparked concern in developed countries and blocks like EU,Japan and USA which has taken the case to the WTO.
April 25, 2011
India's Leather Industry worth more than $7 billion annually is heavily fragmented with small scale units accounting for almost 80% of the industry's revenues.The lack of scale has led to the leather industry not using the best technology and practises as a result it has been heavily polluting the surrounding water and air.The leather industry is present in clusters in many parts of the country like Kolkata,Kanpur,Punjab and other other places.The common theme running across these clusters is their uniforming polluting ways.Leather industry is a a typically developing country activity as the labor and low value add involved has made developed countries mostly outsource production to least developing countries where regulations are lax.However the environment unfriendly activities have become untenable with the major export markets imposing strict ecological regulations about production and sale.This has made it difficult for the industry to cope up as they lack the capital and technology to put in pollution control equipment.
April 25, 2011
Wind Power in India is the 5th biggest wind energy market in the world with more than 2 Gw of wind capacity being installed in the country.However Wind Energy Companies in India are seeing increasing competition from the entry of low cost Chinese Wind Turbine manufacturers Shanghai Electric and Dongfang.Chinese Wind Companies have seen astronomical growth in the last 5 years to occupy 7 of the top 15 global positions in the top wind companies in the world from zero.On the other hand India has only Suzlon in that list. Wind Turbines in India which are not as sophisticated and advanced in the western market with most turbines being of lower than 1 MW capacity.However with increasing focus on improving the LCOE and development of low wind locations,India Turbine producers are concentrating on introducing higher capacity 2.5 MW turbines and advanced technology like "direct drive" wind turbines.