 |
 |
| Environmental
Software |
||
| Sl.no |
Software |
Description |
| 01 |
EVS | State-of-the
art analysis & visualization tools into extremely powerful software
developed to meet the needs of geologists, geochemists, environmental
or mining engineers, modelers, archaeologists and oceanographers.
EVS provides true 3D volumetric modeling, analysis and visualization
to help you unlock the mysteries and discover the trends in your
data. for more info |
| 02 |
ChemGraph | It provides
a very efficient system for entering, storing, & reporting environmental
data. for more info |
| 03 |
EQuIS Geology | It is the
latest product in this suite of environmental data management and
analysis systems. Written in Visual Basic and using the Microsoft
Access database engine, It offers an easy-to-use and comprehensive
means of organizing geological, geotechnical, & hydrogeologic
data. for more info |
| 04 |
Prince | PRINCE is
a well-known software package of ten analytical groundwater models
originally developed as part of an EPA 208 study. There are seven
one-, two- and three-dimensional mass transport models and three
two-dimensional flow models in PRINCE. for more info |
| 05 |
Enviro Data | Enviro Data
is a program for managing and displaying site environmental data for more info |
| 06 |
Enviro Scase | Enviro Spase
is a program for storing and displaying site environmental data.
This powerful combination of a GIS and relational database manager
works with our Enviro Data program to help you get the most out
of your environmental data. for more info |
| 07 |
BIOF&T 2D/3D | biodegradation,
flow and transport model in the saturated and unsaturated zone for more info |
| 08 |
BIO1d | BIO1D is
a one-dimensional modeling code which simulates biodegradation and
sorption in contaminant transport. for more info |
| 09 |
BIOSLURP | BIOSLURP
is a real finite-element model to simulate three-phase (water, oil
and gas) flow and multi-component transport in ground water in the
unsaturated zone gas phase. for more info |
| 10 |
BioSVE | BioSVE incorporates
soil vapor extraction, vacuum enhanced recovery (bioventing) and
biodegradation into one easy-to-use screening model. BioSVE is a
user-friendly screening tool which allows site evaluation with limited
sampling events. Vacuum Enhanced Recovery (bioslurping), coupled
with biodegradation, is a popular cleanup technology, BioSVE allows
for modeling of contaminants partitioned among water, vapor, free
hydrocarbon and solid phases. for more info |
| 11 |
Pocket ESA | Pocket ESA
has been designed to minimize the amount of time required to generate
a standard Environmental Site Assessment reports and to maximize
the flexibility of the final report. A wide variety of reports can
be created; including Phase I ESAs, Phase II ESAs, Environmental
Compliance, and Transaction Screening. The reports can be tailored
to any standard such as CSA and ASTM. for more info |
| 12 | AIRFLOW/SVE |
It Is a finite-difference
numerical model for simulating vapor flow and multi-component vapor
transport in unsaturated, heterogeneous and anisotropic soil. AIRFLOW/SVE
contains a fully-integrated graphical interface, allowing the user
to easily design the model, run simulations, display results, and
produce report-quality output. for more info |
| 13 | ISC AERMOD |
Complete modeling
environment for the U.S. EPA air quality model ISCST3. The Industrial
Source Complex - Short Term regulatory air dispersion model (ISCST3)
is a Gaussian plume model and is widely used to assess pollution
concentration and/or deposition flux on receptors from a wide variety
of sources.AERMOD is the next generation air dispersion model which
incorporates planetary boundary layer concepts. The Industrial Source
Complex - Plume RIse Model Enhancements (ISC-PRIME) dispersion model
is similar to the ISCST3 model but contains enhanced building downwash
analysis. |
| 14 |
Slab View | SLAB View
can model continuous, finite duration, and instantaneous releases
from four types of sources: a ground-level evaporating pool, an
elevated horizontal jet, a stack or elevated vertical jet, and a
ground-based instantaneous release. for more info |
| 15 |
CALRoads View | CALRoads
View is an air dispersion modeling software package for predicting
air quality impacts of pollutants near roadways. CALRoads View features
three mobile source dispersion models: CALINE4, CAL3QHC, CAL3QHCR. for more info |
| 16 | Cam View | Cam View
is a real time model that allows managers to see correlation between
contamination emission rates and process parameters. for more info |
| 17 | SCREEN View | Screen View
is a Windows interface to the U.S. EPA screening model, Screen3.
Screen View allows you to obtain ground-level pollutant concentration
estimates for a single source. for more info |
| 18 | SEVEX View | SEVEX View
is an integrated software tool designed to estimate danger zones
around areas of high risk activity. SEVEX View uses advanced modeling
techniques to accurately predict dispersion of a wide variety of
substances from different spill types. These modeling techniques
take into account complex terrain and meteorological/atmospheric
conditions. for more info |
| 19 | CALPUFF View | It is an
integrated GIS-based interface for the U.S. EPA approved CALPUFF
air transport and dispersion modeling system. CALPUFF View provides
a complete pre and post-processing environment for CALPUFF and the
CALMET meteorological model. CALPUFF View includes powerful and
independent QA tools, & graphical, report ready results. for more info |
| 20 | Mobile View | Mobile View
is suitable for developing mobile source control strategies and
emission inventories, Metropolitan and transport planning, Environmental
impacts assessments. for more info |
| 21 | Emission View | Designed
for facility to state-wide to nationwide coverage, this powerful
package features a unique spatial and temporal GIS-based platform
that enables users to create and maintain a comprehensive emissions
inventory of a variety of sources including point, area, and mobile. for more info |
| 22 | RMP View | RMP View
is designed to help you easily prepare an effective Risk Management
Plan that meets all the requirements of the 112(r) Risk Management
Program. RMP View guides you through the analysis of off site consequences
of accidental releases of substances regulated under section 112(r)
of the Clean Air Act. for more info |
| 23 | Austal View | AUSTAL View
uses a Lagrangian particle tracking air dispersion model that contains
its own diagnostic wind field model. Thus, the model takes into
account the influence of topography on the wind field and therefore
on the dispersion of pollutants. for more info |
| 24 | EcoRisk View | It Provides
complex default food webs with "point-and-click" flexibility
to modify trophic level pathways or even create new food webs altogether.
Ideal to formulate risk based sampling objectives and detection
limits, and identifying site-specific sensitive receptors. Provides
a highly effective tool for rapidly isolating which compounds, pathways,
and receptors drive risk. Contains a wealth of species specific
toxicity reference values and BCFs. Point-and-click flexibility
to change default values to user specific values or conduct sensitivity
analyses. for more info |
| 25 | IRAP-h View | IRAP-h View
fully implements the latest U.S. EPA guidance for evaluating risk
from emission sources: the 1998 U.S. EPA - OSW Human Health Risk
Assessment Protocol (HHRAP). IRAP-h View easily guides the inexperienced
and experienced user alike step-by-step through completing a risk
assessment according to the latest U.S. EPA recommended exposure
scenarios; including specialty risk exposure pathways such as the
Breast Milk Equation and Lead Exposure. for more info |