Showing posts with label Consulting Procurement. Show all posts
Showing posts with label Consulting Procurement. Show all posts

Browse the complete Report on: Consulting Procurement State of the Market


Report Summary
In 2007, due to the impending patent cliff and the consequent need to cut costs, big pharma began for the first time to outsource chemical API manufacturing to China and India. Prior to this only generic drug companies had manufactured in the two countries. Since then, big pharma has been undergoing waves of layoffs that have been accelerated by the economic downturn, with manufacturing and sales being particularly affected, and outsourcing levels in R&D and manufacturing are expected to increase further in the future.
This report examines the different strategies available for managing the layoffs and site closures resulting from not only the outsourcing of R&D and manufacturing, but also the transition from small-molecules to biologics and the need to exploit new markets. The factors causing change and producing the need for workforce reductions are analysed, and the expected impact across the pharmaceutical workforce in the US is detailed. The consequences of layoffs and site closures in terms of legal compliance, maintenance of productivity, and safeguarding of quality control are discussed in depth. Case studies from the pharmaceutical industry are provided to highlight pitfalls and illustrate best practice. The report concludes with discussion of the long-term risks associated with over-dependence on expansion in nonmarket economies and suggests methods to lower these risks.

Key features of this report
A single reference for comparing details on employment protection regulations in different countries, and for the US highlights of major differences in specific states with large pharma employment
Comprehensive coverage of the changes occurring in pharmaceutical industry employment in developed nations.
Demonstration of how to achieve a cost-effective workforce reduction while maintaining R&D innovation and manufacturing quality.
Case studies of issues resulting from workforce reductions and outsourcing of manufacturing and R&D, with numerous examples of pitfalls and best practice.

Scope of this report
Identify current and future trends in pharmaceutical industry employment and understand their causes.
Assess inter-country (and within the US inter-state) differences in employment protection regulations.
Gain insight into strategies that have been used for facility divestitures to achieve optimum returns.
Appreciate the benefits of engaging with key local stakeholders during workforce reductions and site closures, and understand the sanctions which local governments may attempt to impose.
Understand the important role of employee morale and identify measures to retain key staff.

Key Market Issues
From 1996–2005, US pharma’s sales force nearly doubled to 100,000 to support a 26% increase in practicing physicians. However, a significant number of drugs will lose patent protection over the next four years, 2010–2014, representing roughly $60bn in total, and the generic share of the drug market has increased from 49% to 74% of total sales in the US from 2000–2009.

Different companies are adopting various approaches for R&D outsourcing; for example, Eli Lilly plans to outsource 50%, whereas Novartis is committed to a large internal R&D team.
In 2007, global big pharma including AZ, Pfizer, GSK, and BMS, first announced its plans to outsource API manufacturing to China and India; in the same year, of the 1,154 generic drug applications to the US FDA, only 13% of the manufacturing plants were in the US, while 43% and 39% of the plants were abroad in China and India respectively.
Discovery R&D scientific jobs in the pharmaceutical industry require significant years of education and on the job training; in particular, the shift of chemistry jobs overseas will have long-term negative effects on the US pool of chemistry talent that will be difficult to reverse.
Regional stakeholders, including local business and government leaders, are keenly interested in identifying solutions for the future of manufacturing sites and supplying assistance for the displaced employees.

Key findings from this report
The projected growth from 2008–2018 for US pharmaceutical and medicine manufacturing employment lags behind the projected employment growth for all US industries, at 6% versus 11% respectively, due to generic competition and drug production moving overseas.
OECD synthetic indicators measure the strictness of overall employment protection against dismissals of part- and full-time employees and restrictions on temporary hires, and are low for the US, Canada, and the UK; intermediate for Ireland, Japan, and Hungary; and high for Germany, China, India, and France.
Companies that work closely with regional stakeholders will gain partners who assist with marketing and locating financial investment and potential buyers for the closed facility.
The timing of workforce reduction announcements can be crucial to the reception both within the workforce and in the wider community. In some cases, poorly chosen timing has significantly complicated the layoff process and has generated considerable bad press.

Key questions answered
What are the employment protection regulations regarding a mass layoff or facility closure in key states in the US and countries in Europe and Asia?
What happens to the government tax benefits and incentives when a company undergoes employment reduction?
When and why do companies provide additional severance and displacement support?
What two factors are key for a cost-efficient workforce reduction?
How does a company most effectively and quickly recover from a workforce reduction?
What is necessary to maintain an innovative R&D group after a workforce reduction?
What are the long-term risks of outsourcing to China and India? How does a company minimize risk exposure to nonmarket economies?

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ReportsandReports comprises an online library of 10,000 reports, in-depth market research studies of over 5000 micro markets, and 25 industry specific websites. Our client list boasts almost all well-known publishers of such reports across the globe. We as a third-party reseller of market research reports employ a number of marketing tools, such as press releases, email-marketing and effective search-engine optimization techniques to drive revenues for our clients. We also provide 24/7 online and offline support service to our customers.

Contact:
Ms. Sunita
7557 Rambler road,
Suite 727, Dallas, TX 75231
Tel: +1-888-989-8004

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Browse the complete Report on: Consulting Procurement Best Practice


Report Summary
Natural gas is the cleanest fossil fuel, therefore being highly preferred for electricity generation across the globe. The carbon emissions by natural gas are almost half when compared to coal. The use of natural gas for world electricity generation has grown at CAGR of 6.2% from 2002-07, highest among all fossil fuels. Current natural gas-based power generation technologies are capable to deliver better efficiencies as compared to coal based power generation technologies. Natural gas-based power generation technologies are available to cater range of power generation requirements including different loads (intermediate and peak) and different usages (stationary, backup, and distributed).

Natural gas combined cycle (NGCC) is the most prominent natural gas-based power generation technology. It is capable to deliver a net operating efficiency close to 60%. There are more than 1,000 NGCC plants operating across globe and leading NGCC manufacturers are developing the next generation NGCC technology capable to deliver the net operating efficiency of more than 60%. Natural gas fuel cell (NGFC) is an upcoming technology and mostly being implemented in portable and non-stationary usages. NGFC for stationary use is expensive as the installation cost ranges from $7,000-8,000 per kW.

The report provides insight on natural gas-based power generation technologies, recent developments and outlook. The report also highlights the use of natural gas as electricity source in major economies.

Key features of this report
Overview of the global natural gas market with proved reserves, production, consumption and trade.
Prominent natural gas-based power generation technologies, development, and outlook.
Key players, drivers, and resistors for natural gas power generation technologies.
Introduction to upcoming and hybrid natural gas based power generation technologies and outlook.
Current electricity generation scenario of major economies highlighting the growth potential of natural gas as electricity source.

Scope of this report
Achieve a quick and understanding of how the global natural gas market is growing.
Attain a comprehensive understanding of prominent natural gas-based power generation technologies with respect to their driver, resistor, efficiency, and economics.
Understand the current developments taking place in natural gas-based power generation technologies and their outlook.
Increase awareness of the upcoming and hybrid natural gas-based power generation technologies along with their outlook.
Understand the role of natural gas in electricity generation in world’s major economies.

Key Market Issues
High natural gas prices: Natural gas prices are relatively high and more volatile compared to coal which resist natural gas-based power generation to a large extent.
Finite and concentrate reserves: Globally proved natural gas reserves are limited and highly concentrated. The users of natural gas are therefore significantly influenced by the proximity of reserves, distant users have to incur substantial transportation cost.

Complex delivery process: Natural gas is delivered either by pipeline or in LNG (Liquefied natural gas) form. Both the delivery processes are either costly or complex in nature which discourages natural gas buyers.
Not suitable for base load: Natural gas-based power generation technologies are not suitable for base loads power generation due to their overall high cost of electricity generation as compared to coal and nuclear.

Key findings from this report
Natural gas-based power generation accounted for 21% of the global electricity generation in 2007. World natural gas-based power generation grew at CAGR of 6.2% during 2002-07, highest among all fossil fuels.
Concern relating to the effects of global warming is driving nations to look for cleaner sources of energy. Natural gas, being the cleanest fossil fuel, possesses the potential to become a “bridge-fuel” for global economies as they transit from fossil fuels to green power sources.

Natural gas combined cycle (NGCC) is the most prominent natural gas-based power generation technology with close to 60% net operating efficiency, the leading manufacturers of NGCC plans to offer the next generation NGCC systems delivering above 60% net operating efficiency in coming 2-3 years.

NGCC is expected to account for 35% of the total fossil fuel power plant installations till 2020. However post 2020, It may face competition from similar concept technologies based on other fuels such as Integrated Gasification Combined Cycle (IGCC) and Integrated Biomass Gasification Combined Cycle (IBGCC).

Key questions answered
What are the drivers for natural gas-based power generation?
What are the prominent natural gas-based power generation technologies in operation?
What are the technological developments taking place in natural gas-based power generation?
What is the outlook for natural gas-based power generation?
What are the upcoming and hybrid natural gas-based power generation technologies?
Who are the major players in natural gas-based power generation equipment manufacturing?
What is the role of natural gas in power generation in major economies?

About Us
ReportsandReports comprises an online library of 10,000 reports, in-depth market research studies of over 5000 micro markets, and 25 industry specific websites. Our client list boasts almost all well-known publishers of such reports across the globe. We as a third-party reseller of market research reports employ a number of marketing tools, such as press releases, email-marketing and effective search-engine optimization techniques to drive revenues for our clients. We also provide 24/7 online and offline support service to our customers.

Contact:
Ms. Sunita
7557 Rambler road,
Suite 727, Dallas, TX 75231
Tel: +1-888-989-8004

Buy Now: Research

Read More