Control modules provide integrated control of selected instruments such as GCs, pumps, detectors, autosamplers, etc.
Extensions provide functions for specific separation techniques such as PDA, GPC analysis, Mass spectrometry or SST.
Clarity2Goin your iPhone or Android powered mobile devices allows you to monitor running analyses from multiple installations of Clarity.
Clarity comes with extensive free support from DataApex as well as from the growing community of users in the Clarity Forum.
Greetings from Netel India Ltd.- A division of Neterwala Group of Companies!
OurGroup, the Neterwala Group of Companies, is a professionally run, family owned and managed business enterprise with over six decades of steadfast growth. The Group has diverse manufacturing interests in Metallurgy, Software, Speciality Chemicals, Engineering, Geology, Oil and Gas, Environment.Our presence is across the globe and our annual turnover is in tune of Rs.1000 Crs
We have been servicing environmental needs under the brand of Netel India Ltd across India for past 38 years.We have technologically advancedproducts and servicesin areas of environmental monitoring and solid waste management. Most importantly, we have a very strong service support which is proven across 38 years of our existence.
Our Company has certifications fromNABL( National Accreditation Board for Testing and Calibration Laboratories ) , MOEFCC( Ministry ofEnvironment and Forests and Climate Change) and ISO 9001-2015 and is verified by CRISL (Credit Rating Information Services of India Ltd).
We provide a one point solution for wet waste generated daily in residential and commercial kitchens (INSITU Solutions).We have an entire range of automatic organic waste composting machines and Biogas plants called BIOMALI & BIOKIRAN which takes care of the huge waste problem India faces.CHALLENGESThe realization of sustainable solid waste management is a major challenge forlocal governments today for the following reasons
A) Since the heaters are immersed in oil there is no contact with the atmosphere and hence the climate does not affect the heaters. The heaters life expectancy is much higher.B) The oil uniformly heats the inner tank and retains the heat for a long period of time, resulting in lower power bills and better energy management.
Prevents downtime if a heater failure occurs. The slave heaters come on in case of the master heater failure. There is no need to shut down the machine when a heater failure occurs, resulting in a better uptime.
The NE-100DD, NE-150DD, NE-250DD, use a dual drive technology wherein the main shaft of the machine on which the mixing blades are fixed are driven by a suitable single motor from both ends, resulting in better load distribution to main shaft and better mixing. It also prevents main shaft breakage due to metal fatigue and stress on a single drive end.
All motors and control equipment are of International quality, resulting in better efficiency and durability.
NETEL (INDIA) LTD. is pleased to provide you with an advanced Ambient Fine Dust Sampler, Model FDS 2.5µ A measurement of mass concentration of fine particulate matter having an aerodynamic diameter less than or equal to a nominal 2.5 micrometer (PM 2.5).The instrument has been specifically designed to meet or exceed the operational requirements EPA (Environmental Protection agency) designated reference method for the determination of fine particulate matter as PM 2.5 in the atmosphere as described in 40 CFR Chapter I – Part 50, Appendix L. In principle, an electrically powered sampling pump draws ambient air at a constant volumetric flow rate of 16.67 LPM through a specially designed ‘Sampling Inlet’ which separates particles larger than 10m (50 % cut point) and allows smaller particles to enter an internal particle size separator (Impactor) where the suspended particulate matter in the PM 2.5 size range is collected on a PTFE Filter over the specified sampling period of 24 hours. Each filter is weighed (after moisture & temperature conditioning) before & after sample collection to determine the net increase in weight due to collection of PM 2.5 particulate matters. The total volume of the sampled air is automatically computed by the sampler from the measured sampling flow rate at actual ambient pressure and temperature conditions over the actual run sampling time. The mass concentration of PM 2.5 particles in ambient air is computed by dividing the total mass of collected particles by the total volume of sampled air and is expressed in micro grams per cubic meter of air (mg /m³).