Since its start in from an attic office and basement R&D lab in Dayton, Ohio, Chemineer has grown to become a globally recognized brand housing family brands such as Prochem, Kenics, and Greerco. The Chemineer brand is recognized for innovation in designing and manufacturing standards and customized fluid agitation equipment and systems. Serving customers worldwide, Chemineer has established its presence in major segments of the chemical, water and wastewater treatment, plastics and resins, petrochemical, pulp and paper, and pharmaceutical industries.
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Chemineer maintains manufacturing facilities in Ohio, England, and China and sales offices in most major countries throughout the world.
Backed by a proud heritage of technical expertise, Chemineer engineers and field representatives apply a range of mechanical and chemical engineering resources in analyzing customers' fluid processing requirements. Once the data is gathered, it is evaluated using an extensive array of computer software analysis and modeling programs. The result is an optimized equipment configuration that best addresses the specified application requirements.
Our manufacturing operations have also incorporated the use of computers to track our orders from the time they are entered to the time they reach the shop floor. By doing so, we control both quality and cost. Our production workers are highly trained experts who use the newest machining cells to produce precision equipment for timely shipments and delivery to our customers.
ANDRITZ´s seawater FGD system is able to work without additional absorbent, and there are no by-products or waste created that need further treatment or disposal. Raw flue gas enters the scrubber and is cleaned in counter-current by seawater.
The principle applied here is similar to the limestone process. Depending on the application
ANDRITZ offers an FGD scrubber based on the well proven open spray tower technology, combined with an FGDplus system. In addition, ANDRITZ also has experience with a packed tower design for seawater FGD systems. These systems
are beneficial in optimizing the plant&#;s footprint and efficiency at high SO2 inlet concentrations.
The principle of our process is to make use of the natural alkalinity of seawater instead of using limestone solution to absorb acidic substances in the flue gas. The SO2 is first converted into sulphite. Then the sulphite is oxidated to form sulphate in the
CFD-optimized aeration basin in order to maintain the pH, raise the DO (dissolved oxygen), and reduce the COD (Chemical Oxygen Demand). In the meantime, CO2 formed by the neutralization reaction is stripped by aeration membranes, and the
SHANGLISHI are exported all over the world and different industries with quality first. Our belief is to provide our customers with more and better high value-added products. Let's create a better future together.
pH value is increased consequently to meet legal requirements.
Outstanding for various fuels (lignite, hard coal, oil, and biomass)
Up to 99% SO2 removal
No by-products
Seawater as absorbent
Open spray tower technology and packed tower design
Low operating and maintenance costs
High availability
Options for materials of construction (high-alloy carbon steel with
rubber lining, concrete with PP-lining, glass fiber reinforced plastics)
For more Desulfurization Pump Manufacturerinformation, please contact us. We will provide professional answers.