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The global low-calorie food market will be worth US$ 10,414.7 million by 2019 says a latest study by Transparency Market Research. The research report estimates that the low calorie food market will grow at a 5.9% CAGR from 2013 to 2019. It was valued at US$ 7,418.6 million in 2012. The report titled 'Low-calorie Food Market - Global Industry Analysis, Size, Share, Growth, Trends and Forecast 2013 – 2019' provides market trends and forecasts over a six-year period.

According to a new market report Drill Bits for Oil and Gas Industry Application Market (Milled-tooth bits, Tungsten carbide inserts, Polycrystalline diamond bits (PDC) and Natural diamond bits) – Global Industry Analysis, Size, Share, Growth, Trends and Forecast, 2013 - 2019, published by Transparency Market Research, the market, in terms of volume, for drill bits globally is forecast to reach 3,605 hundred units by 2019. Growing energy demand and rising exploration and production (E&P) activities worldwide along with the need to contain drilling cost and time, are some of the key factors responsible for drill bits market growth. Advancements in the manufacturing process and drill bits material composites, along with the improvements in bit design are further supporting the market growth.

The report, titled, "Global Wireline Services Market - Industry Analysis Size Share Growth Trends and Forecasts 2014 - 2020", states that the global wireline services market would be worth an estimated US$34.96 billion by 2020. This market, which valued US$19.10 billion in 2014, will grow at a CAGR of 10.36% from 2014 to 2020 – the report's forecast period.

Nitrogen helps in fast growth and provides better texture and color to plants and thus increases agricultural productivity. The Haber Bosch process is the most commonly used process for the production of nitrogenous fertilizers. Natural gas is among the major raw materials employed in Haber Bosch process. Other raw material sources include animal manure and compost, among others.

Phosphoric acid is an inorganic acid and is the largest produced and consumed acid in terms of value and second-largest in terms of volume after sulfuric acid. Phosphoric acid is used in the production of phosphate chemicals that typically find use in water treatment, detergent builders and fire control chemicals among others. Moreover, phosphoric acid is used in applications such as metal surface treatments, beverage acidulation and animal feed production. Fertilizer is the largest application segment of phosphoric acid followed by detergents, water treatment and metal treatment among several other application segments. The growing demand for all these applications from end-user industries such as agriculture, manufacturing and FMCG is expected to drive the global phosphoric acid market in the coming years.

Sulphur is found naturally as an element in pure state and as sulfate or sulfide minerals. Sulphur crystals are easily differentiated by mineral collectors for their unique and bright colored polyhedron shapes. Earlier sulfur was extracted majorly from salt domes where it occurs in pure form but now this method has been obsolete owing to the new technologies. Today, majority of sulphur is developed as a byproduct from sulphur containing contaminants from petroleum and natural gas. Commercial use of sulphur is carried out in fertilizers, due to high requirements in plants and in the manufacturing of sulphuric acid, an important chemical used in the industry. Various other use of elemental sulphur is found in fungicides and insecticides.

Ethyl ether is also known as diethyl ether, is a highly flammable, volatile organic compound. It is synthesized from vapor phase dehydration of ethanol. It is used in fuels, anesthetic agents, laboratory solvents, recreation drugs and pharmaceutical applications. Its main application is in reaction and extraction medium of fragrances, chemicals and pharmaceuticals due to its inertness. Ethyl ether is claimed to excellent solvent for resins, waxes and gums. In automotive industry it has various applications such as it is used as an octane, oxygen enhancer in gasoline, lubricating oil, removal of paints and varnishes and plasticizers. It also used as solvent for cellulose nitrate in manufacture of pyroxylin when combined with ethanol and for smokeless gun powder.

Sodium dichromate is the most important chromium compound that is used industrially, Sodium dichromate is the beginning material for any chromium compounds in manufactured synthetically. The compound, either directly or indirectly acts as an intermediate step for these chromium compounds used industrially. The demand for chromium compounds had witnessed gradual erosion owing to the environmental threats of chromium. However the demand has recently improved owing to huge demand from the Asia Pacific countries. The compound's indispensability in manufacturing of different chromium containing compounds augurs well for the sodium dichromate market.

Sulfur dioxide is a chemical compound having formula SO2. At standard atmosphere, sulfur dioxide is a toxic gas and has a pungent, irritating and rotten odor. Sulfur dioxide is released naturally in the atmosphere by volcanic activity. Sulfur dioxide is primarily manufactured for producing sulfuric acid. Apart from the production of sulfuric acid, sulfur dioxide is used as a preservative, in winemaking, as a reducing agent, biochemical and biomedical applications, as a reagent and as a solvent in laboratories. The growing demand from chemicals manufacturing industry is predicted to drive the global sulfur dioxide market in the next few years.

Most of the people who are suffering from end-stage renal disease undergo hemodialysis, and is often accompanied by recurrent and troubling side-effects, which are referred to as intra-dialytic hypotension (IDH). IDH has been estimated to affect around 15% to 55% of all patients undergoing hemodialysis. Some of the major symptoms of IDH include nausea, diaphoresis and cramps, to more precarious conditions that include angina pectoris, arrhythmias, seizures, unconsciousness and even cardiac arrests. IDH is mainly caused due to inefficient cardiovascular response to the reduced blood volume, which is bound to occur due to the removal of large volumes of water in a very short span. As a typical hemodialysis procedure involves the removal of an ultrafiltrate volume of water from the patient's body, which is equal to or even greater than the entire blood plasma of the patient.