Water Treatment Chemicals
Due to the corrosive nature of the reaction process, Polyaluminum chloride (PAC) - a water treatment chemical used as a coagulant in the treatment of potable water to reduce turbidity - is produced in glass-lined reactors. We provide technologies, solutions and services to the PAC industry for new plant installations, upgrades for improved uptime, reduced maintenance costs and improved product quality. We also provide complete PAC production facilities.
View Water Treatment Chemicals
Since the advent of synthetic rubbers (polymers) in the first half of the 20th century, the non-stick properties of the ultra-smooth glass finish along with its ease of cleaning has made Glasteel® the material of choice for polymerizers.
Fine / Specialty Chemicals
We understand that fine and specialty chemical manufacturers produce a large variety of products in small volumes in aggressive chemistries and require a special reactor design. Our Glasteel® process technologies meet these demands and are easy to clean allowing for quick changeover between products, increasing plant utilization and profitability.
View Fine / Specialty Chemicals
View API Pharmaceuticals
Due to the corrosive nature and the high clean-ability requirements of many API processes, our Glasteel® is extensively used within the Pharmaceutical industry.
The heat sensitivity of nutraceuticals requires specially designed purification systems. Our Wiped Film Evaporator (Short Path Evaporation Technology) is ideal for the distillation of vitamin E tocopherols, sterols, vitamin C, omega 3 fatty acids and other heat sensitive materials.
Our Glasteel® reactor meets all the critical needs of Bio-Pharmaceutical manufacturers. This includes clean-ability, trace-ability and inert materials to ensure product quality, as well as technologies for increased efficiency, durability and reduced maintenance.
View Bio-Pharmaceuticals Solutions
Fertilizers and pesticides provide essential soil nutrients for agriculture and protecting crops from harmful diseases and insects. This often involves preparing or mixing raw materials to produce customized compounds with unique characteristics. Increasing farm sizes and sophistication in developing countries drives demand for newer and more specialized products and in this energy-intensive industry, efficient operations and large economies of scale in production are key factors.
View Agricultural chemicals
Recovery of spent sulfuric and nitric acid helps to reduce operating costs compared to total raw material and disposal costs, and is an environmentally sound practice. Our Glasteel® and Fluoropolymer technologies, along with our Tantalum, Zirconium and Silicon Carbide exchangers are the materials of choice for handling hot, concentrated acids safely. Our complete acid recovery systems provide great return on investment while operating safely and efficiently.
View Acid Recovery
View Semiconductor Chemistry
In the semiconductor it’s vitally important to maintain the lowest possible levels of elementals in the production, storage, transport, and distribution of their high purity chemicals. Due to their low ion particle shedding and chemical inertness, Edlon’s fluoropolymer technologies are the material of choice.
Fluorine and Chlorine Based Chemistry
Hot concentrated hydrogen fluoride (HF) solutions and hydrochloric acid (HCI) are highly corrosive with extreme health hazards. You can count on Edlon’s fluoropolymer technologies for the safe containment and processing of concentrated HF and HCl solutions.
View Fluorine and Chlorine Based Chemistry
Precious Metal Recovery
The process for recovery of precious metals, used to extract metals from mining tailings, recovering expensive catalysts and metals from used electronics devices, is an extremely corrosive process. However, with extensive experience and the largest installed customer base in the industry for corrosion resistant technologies, you can trust us to provide the solution.
View Precious Metal Recovery
We are committed to renewable fuel and apply our technologies to process crude biodiesel, using distillation to convert it to a high value fuel. Our Wiped Film Evaporator (WFE) technology distills the biodiesel to produce water white biodiesel and our WFE systems provide a complete biodiesel distillation process with the removal of light ends, as well as heavy contaminants.
We have extensive experience in the renewable fuels and chemistries industries. With our technologies, we process your used oil and convert it from a low value fuel to a high value lube distillate. Our Wiped Film Evaporator (WFE) technology distills the used oil to produce a lube distillate and our WFE systems provide a complete used oil re-refining process with removal of light ends, as well as heavy contaminants.
View Oil re-refining