Pollution Control Equipment
We develop and supply a comprehensive
range of pollution control equipment. Pollution control equipment are highly
efficient in providing pollution control solutions for different industrial
requirements. Our goal is to lead the way in making pollution free
environment. Our expertise pollution control equipments is continually
called upon in wide range of geographical environments.

Gas Absorption Plants
Description :
Optimizing on our new-generation product development facility, we
manufacture and supply Gas Absorption System for emission control of any
toxic gas like NH3, HCl, HF, NOx, SO2, Cl2, Hbr, Br2, H2S, HCN, HCHO etc.
These pollution control systems are manufactured in according to set
industrial pollution control parameters. Their compliance with requisite
standards have made them reliable in the industry. All our products are
quality tested & we ensure to deliver certified air pollution control
system.

Fume Extraction System For Pickling Plants
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Description :
Steel pickling plants are mainly of two types viz.
(1) Continuous pickling lines of the closed type for strips and
wires and
(2) Batch pickling lines of the open type for wire coils, straight
tube bundles, automobile bodies (surface pretreatment prior to painting)
etc.
Induced draft type fume extraction systems are adopted for the former and
push-pull type systems are used for the latter. The surface treatment
solutions could be hydrochloric acid, sulfuric acid, hydrofluoric acid,
nitric acid, chromic acid or any other at various concentrations and
temperatures. The design of the system is aimed at protection of the
operating personnel on the one side and protection of the environment by
controlling emissions. Temperature, concentration and toxicity and partial
pressures of the vapors are considerations in system design. Our service
covers from conceptualization to design, selection of appropriate materials
of construction, manufacture, specification and procurement of purchased
items such as pumps, motors, instrumentation and control etc., supply,
erection, commissioning and handing over with guarantees for quality and
integrity of the supplies and performance of the system conforming to
specified parameters.

Fume Extraction System For Pharmaceutical Plants
Description :
Bulk drug manufacturing plants typically comprise several reactors. Several
toxic chemicals are used in their manufacture. Also they generate several
highly toxic gases such as NH3, HCl, HF, NOx, SO2, Cl2, HBr, Br2, H2S, HCN,
HCHO and other organic and inorganic gases. Personnel, who feed the raw
materials into the reactors and operate the plant, have to be protected from
the poisonous vapors and gases. The emissions from the plant have also to be
controlled. As the gases generated are of different types the solutions to
be used for absorbing them will also be different. As it would be expensive
to use many absorption systems, the reactors are grouped into two or more
groups for the purpose of providing fume extraction systems. The systems
cover everything from retractable fume hoods near reactors to protect
personnel to final absorbers and stacks. Our engineers give total service
from consultancy to commissioning including supply and erection. We also
undertake trouble-shooting in existing fume extraction systems supplied by
others.

Fume Extraction System For Pesticide and Petrochemical Plants
Description :
As in the case of pharmaceutical plants we also undertake turnkey contracts
for plants for the extraction and absorption of toxic gases in the case of
any chemical industry, pesticide and petrochemical industries in particular.

Sulphur Di-oxide Absorbers For Sulphuric Acid Plants
Description :
Pollution by SO2 is a major problem in sulphuric acid plants. We have put
up giant absorbers for SO2 in such plants. The specialty of our system is
that whereas NaOH is used for the absorption of SO2, the product is NaHSO3
and not Na2SO3. Thus the consumption of NaOH is reduced to 50%. A pH control
system automatically recharges and refreshes the scrubbing liquid when it is
exhausted. A two-stage counter current cascade is adopted for efficient
removal of the toxic gases to pollution control standards. Sodium
metabisulfite is a valuable bye-product in this scheme.