Friday, July 23, 2010

Tale of two tragedies





Iconic images of a dead child after the poisonous gas leak in Bhopal in 1984 (Below) and of a pelican struggling in the water polluted by the BP oil spill in the Gulf of Mexico this year (Above)

Recently two compensations have made headlines- British Petroleum (BP) oil spill in the Gulf of Mexico and the Bhopal gas tragedy (1984). BP has settled a compensation of USD 20 billion with a sincere apology within 56 days of the oil catastrophe, considered as the largest offshore oil spill in the US.
In an interview with Politico, President Obama said, “In the same way that our view of our vulnerabilities and our foreign policy was shaped profoundly by 9/11, I think this disaster is going to shape how we think about the environment and energy for many years to come.”
The Union Carbide India Limited (UCIL) Gas leak disaster at Bhopal provides a stark contrasting picture. The court fined the seven convicted UCIL officials USD 2715 apiece and UCIL INR 5 lakh for causing the death of some 15,000 people and affecting nearly five lakh people over the years with several defects and diseases.
In India, instead of strongly criticising the Court’s soft judgement on the offenders, the former Chief Justice of India, A. M. Ahemedi said, “The hue and cry is happening because people want to raise the issue.”
This leads to a serious question: Are our laws more lenient for foreign companies unlike in the US? The answer unfortunately is YES. The entire procedure of compensation and regulation of a foreign/domestic company depends on how stringent the law of the land is and how determined are its enforcers to carry out their responsibilities.


Laws and implementation:
The US was able to extract a hefty compensation along with USD 75 million for cleaning the oil with the collaboration between federal and state authorities and BP by a legal process known as the Natural Resource Damage Assessment (NRDA) established under the 1990 Oil Pollution Act.
However, in India, we do not have such strict laws that the MNCs are bound to observe. Even now, as the Pollution Control Board’s report states, the cyclone prone industrial zones of the country like Haldia are disaster-prone due to the lack of constant monitoring system and disaster resistant infrastructural mechanisms.
If we take the Nuclear Liability Bill for instance, we can see that certain clauses indirectly allow a way out for the manufacturers and the builders of the nuclear reactors from any financial and legal liability. The maximum financial liability in case a nuclear accident occurs in nuclear reactors would be USD 458 million- a similar law in US has set the financial liability for such accident at USD 10.5 billion.
Moreover, the operator will have to pay INR 500 crore and the remaining amount will be paid by the Indian government. The victims will not be able to sue anyone. So foreign companies will not pay an individual’s compensation once they have paid the total of INR 500 crore.


Corporate law:
There are very few laws in the world that give immunity to the corporates. However, in India, we do not have an effective corporate liability law for either Indian or foreign companies especially in cases of ' mass disaster’ where the killing could have been anticipated but profits were counted.
 Corporate offences relating to hazardous activity like in Bhopal have already been treated as cases under civil law. In criminal law, they are not counted as cases of strict liability with the accused (including corporations) having to show a lack of fault.
 There is no law to charge MNCs who control, are in charge of or are involved in the activity or its beneficiaries.
What Union Carbide did, was to find the loopholes and evade the responsibility. Therefore, the extradition of Warren Anderson, the CEO of Union Carbide during disaster, would not help much to get an exemplary verdict.
Union Carbide got the Supreme Court (SC) to reduce the charges to causing death by negligence - and limit punishment. This is unfortunate. The charge carried a punishment of up to two years or fine, or both (section 304A). Otherwise, corporate liability would have been tested under culpable homicide amounting to murder, carrying an imprisonment for 10 years (section 304 Part II).
In 1989, the deal included exculpating Carbide from criminal proceedings altogether. Mercifully, in 1992, the SC lifted the immunity it gave to Carbide. But Union Carbide (US) denied criminal jurisdiction to India. Anderson, a prime accused in the charge sheet on 1987, was denied extradition in 2004 for the lack of more “concrete” evidence. The trial, thus, became an Indian affair, as nine other accused were Indians.


Too Little, Too Late:
Realising the growing anguish of the people, the Indian government quickly convened a meeting of the Group of Ministers to come out with an acceptable compensation package.
 The total package costs around INR 1,500 crore.
 INR 10 lakh for the dead.
 INR 5 lakh for those with permanent disability .
 INR 3 lakh for those with partial disability.
 INR 100 crore to destroy the Union Carbide plant in Bhopal and construct a memorial in its place.
 Separate INR 300-crore remediation proposal to dispose of toxic waste.
 Treatment of second and third generation people.
All companies go through constant monitoring and reviews. None can feign ignorance of potential disasters. Therefore, it is imperative to have laws that deter companies from being criminally negligent. But more than that, there is a need for an apolitical and efficient administrative and judicial set-up to enforce these laws. The lesson of Bhopal must be learnt.

Thursday, July 1, 2010

What next? 4G


4G, the successor of 3G, will soon become the standard for cellular wireless. The technology is currently available in some countries but it is still being perfected. The aim is to achieve “ultra broadband speed”- to be counted in gigabytes per second-three or four times faster than 3G.

What is 4G?
When the International Telecommunication Union (ITU) designed 4G in 2002, its official name was “3G Long-Term Evolutions"or 3.9G. It will allow users to download a full-length feature film to their cellular phone, laptop or other devices within five minutes. These will also be able to stream high-definition television and radio to hand-held devices and allow users to walk from one network to the next without an interruption in reception. The International Telecommunication Union - Radio communication sector (ITU-R) has allocated new frequency wavebands to IMT (3G and 4G International Mobile Telecommunications) from 3.4GHz to 3.6GHz and 2.3GHz to 2.4GHz, respectively.
The basic difference between 3G and 4G is in data transfer and signal quality. The highest download and upload speed in 3G are 14 Mbps and 5.8 Mbps respectively, whereas in 4G the download speed is up to 100 Mbps for moving users and 1Gbps for stationary users. Another key change in 4G is the adoption of packet switching instead of circuit switching in voice and video calls. 3G technology is a combination of circuit and packet switching. Circuit switching is an old technology that ties up the resource for as long as the connection is kept up. With packet switching, resources are only used when there is information to be sent across and it allows the mobile phone company to squeeze more conversations into the same bandwidth for voice calls and video calls. All information that is passed around would be packet switched to enhance efficiency. 4G uses spiral multiplexing-an antenna system known for faster transmission and reception of data allowing better signal than that of 3G.

Evolution of 4G:
After its initial design by the ITU, the technology has undergone various changes. The first commercial LTE deployment was in the Scandinavian capitals Stockholm and Oslo by the Swedish-Finnish network operator Telia Sonera and its Norwegian brand NetCom. Telia Sonera branded the network "4G". The modem devices on offer were manufactured by Samsung (dongle GT-B3710) and the network infrastructure created by Huawei (in Oslo) and Ericsson (in Stockholm). Telia Sonera plans to roll out nationwide LTE across Sweden, Norway and Finland.

Which countries have 4G?
Except for the Scandinavian countries, a few countries have started the 4G commercially. In the US, Sprint Nextel initiated the service last year. Other countries that are expected to launch 4G by this year are Germany (the first European country to complete the bidding process), Spain, China, Japan and England.

Infrastructure for 4G :
There are three primary technologies that support 4G – WiMAX (Worldwide interpretability for microwave access), LTE (Long Term Evolution), and UMB(Ultra Mobile Broadband). But main doubt is whether to implement WiMAX or LTE, the latter being an upgradation of GSM technology. The advantages of LTE are:


  • Faster speed with 100 Mbps for download and 50mbps for upload.

  • It makes CDMA and GSM database moot.

  • It offers both FDD (Feature Driven Development) and TDD(Test- driven development) duplexing which means that it will have lower latency, which makes real -time interaction on high bandwith application using mobile phone possible.

Many of the world’s major telecom companies like Vodafone, T-Mobile, NTT DoCoMo, China Mobile , Telecom Italia and France Telecom and vendors like Ericsson, Nortel, Alcatel-Lucent, Nokia Siemens and LG Electronics–have all announced plans to deploy LTE-based 4G networks. Some of these service providers are also planning to support both WiMAX and LTE.


WiMAX :


According to Elias Aravantinos and M. Hosein Fallah,the limitation of WiMAX technology is in wireless bandwidth which might not achieve the required rate in a high-density area thereby increasing the cost. However, as a personal broadband option, WiMAX technology becomes useful when it is bundled with IPTV (Internet Protocol television). CDMA based operator Sprint- Nextel, that has introduce 4G to the US, is relying on WiMAX. Another Chicago-based service Xohm indicated the wireless bandwidth to be excellent (roughly 3Mbps/1.5Mbps and 70ms, respectively); but this is nowhere near the +100Mbps /50Mbps that LTE promises.


4G in India?


The inevitable question is when will India get 4G? It has already begun the process of introducing 4G as the TRAI issued a pre-consultation paper few months back that advocates for quick implementation of 4G.Then should we leapfrog from 2G to 4g as we did while introducing 2G in 1995, bypassing 1G analogue system? Many think so. India is among the latecomers in 3G. It is felt that by the time the operators implement 3G fully, 4G technologies such as LTE will be available commercially.It has taken three years for the government to decide on 3G-spectrum auction policy. 4G could face the same delay unless India wants to catch up with the rest of the world.


Copyright@ Business Economics July 15 -31 2010 page 36-37