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Growing automotive industry coupled with increasing demand for premium cars is expected to boost the demand for roof systems in the near future. Automotive roof system facilitates flow of fresh air and sunlight in the car without disturbing the aerodynamic of the vehicle. In the recent past, there has been a massive development in automotive roof system market. Various type of roof systems such as sunroof system, panorama roof system, panorama with sunroof system, multi-optional roof, roof system with solar technology among many others. Roof system made up of polycarbonate, glass-plastic composite, and fibre-plastic composite and polyurethane composite are used in hybrid cars to save energy, and light weight construction. Revenue generated from the sales of automotive roof systems, globally is expected to increase at a moderate CAGR over the forecast period.

PMR's global produced water treatment systems market report for a five-year forecast period 2015-2020 indicates that the market registered a value of US$ 4.6 Bn in 2015, and is likely to witness steady growth by 2016 end.

PMR indicates steady growth for the global thermal insulation material market over a four-year forecast period, 2016-2020. By 2016 end, the revenues are likely to reach US$ 45.073.8 Mn. The market will observe stable growth at a CAGR of 4.1% during the forecast period. Developing economies will continue to lead the market globally, witnessing strong growth throughout the next four years.

PMR forecasts sluggish growth for the global super absorbent polymer market during the next four years. The global SAP market will witness passive expansion at a CAGR of 3.9% during the forecast period 2016-2020.

The global N-Methyl-2-Pyrrolidone (NMP) market is expected to observe modest growth over a five-year forecast period, 2015-2020. Expanding at a 5.4% of CAGR during the assessed period, the global NMP market will possibly attain the revenues of US$ 985.3 Mn by 2020 end.The market for NMP in developing Asian countries will be primarily driven by increasing urbanization and industrialization, coupled with rampantly evolving infrastructure development realm. Attributed to its chemical properties, such as higher flame point and lower volatility, N-Methyl-2-Pyrrolidone finds various applications several end-use industries. This will remain a key factor driving the demand on a global level. Industrial applications in a sweeping range of verticals, including electronics, pharmaceuticals, petrochemical, agrochemical, paints and coatings, and industrial cleaning will also continue to drive the market for N-Methylpyrrolidone over the next few years.

Introduction and rapid acceptance of smart battery will continue to fuel the growth of the market for lead acid battery. The global market for lead acid battery registered the revenues of around US$ 46.8 Bn in 2015, which are likely to climb up by 2016 end. Applications in the transportation industry are expected to attract the highest sales revenues, whereas APAC will remain the largest market registering the maximum consumption of the lead acid battery.

Dynamic expansion of the oil and gas industry, followed by boosted investments, will continue to fuel the demand for flare gas recovery systems globally. The global flare gas recovery systems market is predicted to take a leap from US$ 1,087.5 Mn observed in 2015, at exceed an impressive rate. The market will possibly surpass a value of US$ 2,000 Mn by the end of a five-year forecast period 2015-2020.

Applications in several end-use industries will continue to fuel the market for fatty amines globally. By 2016 end, the global fatty amines market is estimated at US$ 1,855.3 Mn. Developing countries in Asia-Pacific will remain the key markets for fatty amines, whereas applications in water treatment and agro-chemical industries will continue to generate significant demand for fatty amines.

Maintenance of air temperature in a controlled environment ranging from factory floors and storage areas to industrial scale freezers, ovens and walk-in refrigerators is a crucial element as far as longevity of the products and productivity of the manufacturing equipment is concerned. The temperatures to be maintained in these areas has to be precise and within the range as fluctuations in temperature can affect the shelf life of the product. These fluctuations in temperature is recorded and stored in the server in real time by the temperature monitoring system. Temperature monitoring system thus is a complex system assembled with different electronic devices comprising of a computer acting as a server, temperature sensors, data connectivity devices or interfaces between the computer and the sensors and an alarm system to notify the personnel when temperature reaches critical levels. The sensors are placed in temperature critical zones where fluctuations of temperature is the highest. Productivity, being one of the most important aspect of a manufacturing company, can be hindered by the slightest variations in the operating conditions of the factory floor by various factors including the fluctuations in ambient air temperature. Therefore, temperature monitoring systems has been increasingly adopted by manufacturing companies and warehouses in order to achieve improved levels of productivity.

Lubricants are substances used for the lubrication of mechanical components. Conventional lubricants are generally produced using petroleum based feedstock. However, due to growing concern over the use of petroleum based lubricants which have hazardous impact on ecological system and in order to reduce dependency on petroleum feedstock, strong emphasis has been laid on development of sustainable alternatives to petroleum based lubricants. Biolubricants also known as bio-lubes are the biodegradable and nontoxic lubricants. Biolubricants are generally produced by using raw material like rapeseed oil, sunflower oil, palm oil, coconut oil and animal fats. Biolubricants offer several advantages over conventionally used petroleum based product offerings in that these are non-toxicity, renewable, carbon neutral and environment friendly. Owing to high flash point and high stability, biolubricants are relatively safer to use over conventional lubricants. Biolubricants are used for a variety of applications across diverse set of industries including automotive, marine and construction, among others.