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Product Description Potassium Formate is chemically represented by the formula KCOOH. Potassium Formate is available as stock, clear fluid which can be used in workover and completion operations that require a density to 13.2ppg(1.58SG) and a base liquid for drill-in fluids. Formate-base brines are considered to have better HSE characteristics than chlorides and bromides brines for many applications. Although more expensive than alternative brines, potassium formate brines show excellent thermal stabilization effects on natural polymers and the potassium ions provides excellent clay stabilization and swelling inhibition of shales. Sodium formate is available as a dry-sacked material and as a stock liquid. Applications/Functions Used in workover and completion operations that require clear fluids with a density up to 13.2ppg Used as a base liquid for drill-in fluids Widely used in slim hole drilling, horizontal wells, branch hole drilling and stringent environmental requirements area Advantages Excellent clay stabilization and swelling inhibition of shales Compatible with other drilling fluids additives Saturated solution is 76% w/w and readily soluble Low activity of aqueous solution provides enhanced hole stability High core permeability with minimal reservoir damage Environmentally friendly product Typical Properties Appearance: Clear liquid or white crystal; Specific gravity of solid: 1.91; Solution pH: 9-11; Solubility in water: 310g/100ml water at 77�°F Recommended Treatment Drilling conditions and mud system requirements dictate concentration levels Package 1 MT BIG BAG or 1000L IBC TOTES
Potassium formate is a useful chemical compound in the production of potassium metal and in the oil and gas industry, often in aqueous solution (alone, or mixed with cesium formate), to yield a high-density, environmentally-friendly brine that can be used a heat transfer fluid. Potassium formate is available as both a solid and in solution form. Standard Result CsCOOH , not less than 80 >80.00 Ca 0.05
High Purity Cesium Bromide CAS 7787-69-1 Usage Detergent Raw Materials Other Names Cesiumbromide CSBR MF BrCs EINECS No. 232-130-0 Appearance White Powder
Cesium iodide - cesium/rubidium compound.
Low ignition temperature; higher activity in low temperature; high-resistant crushed strength, high anti- poison; high anti- pulverization etc. LS112 cesium-promoted catalyst integrates not only the active constituent of vanadium pentoxide and the promoters of cesium and potassium salts, but also the carrier of select diatomaceous earth. Its activity under low and high temperature conditions keeps high due to the unique manufacturing process and optimized formulation. Cesium-promoted catalyst enables new opportunities for improvement in start-up time, energy efficiency of electricity throughout the operating cycle and strong reduction in SO2 emission that far lower than national standard. The product is the all-around catalyst suited for all stages in converter due to its low ignition temperature and good heat tolerance under high temperature condition. Cs series enables the compliance with pollutant emission standards due to its enhanced activity and longer service life.
This Cesium Vanadium Catalyst is mainly used in the Section I upper part, Section III, Section IV and Section V of the converter. Operating temperature is 390 -620 S112 series cesium vanadium catalyst is made by taking refined composite diatomite as high-performance carrier with new techniques. Alkali metal cesium and potassium compounds are adopted as promoters so that vanadium pentoxide and promoters uniformly and fully penetrate into the carrier in the form of solution. The cesium vanadium catalyst is thus refined. S112 low temperature series vanadium catalyst has high activity level, especially in the temperature range of 390-620 . Its ignition temperature is 320 . The vanadium catalyst has the following features: 1.The reaction speed is faster than that of ordinary catalyst, and it is especially suitable for the low atmosphere conditions of high concentration of sulfur dioxide or oxygen and sulfur dioxide in the Section I. Compared with S108 ordinarylow-temperature catalyst, it can effectively reduce the inlet temperature by about 20 2.It has good low-temperature activity and can greatly reduce sulfur dioxide emissions when used in the Section IV and V of the converter. 3.Under the reaction atmosphere with high impurity content and harsh conversion conditions, it has strong pulverization resistance and long service life.
Cesium Iodide(CAS:7789-17-5)
Cesium bicarbonate(CAS:15519-28-5)
Cesium Carbonate(CAS:534-17-8)
