A wind rose is a graphic tool used by meteorologists to give a succinct view of how wind speed and direction are typically distributed at a particular location. Historically, wind roses were predecessors of the compass rose (found on maps), as there was no differentiation between a cardinal direction and the wind which blew from such a direction. Using a polar coordinate system of gridding, the frequency of winds over a long time period are plotted by wind direction, with color bands showing wind ranges. The directions of the rose with the longest spoke show the wind direction with the greatest frequency.
Contents
1 History
2 Use
3 References
4 External links
History
Before the development of the compass rose, a wind rose was included on maps in order to let the reader know which directions the 8 major winds (and sometimes 8 half winds and 16 quarter winds) blew within the plan view. No differentiation was made between cardinal directions and the winds which blew from said direction. North was depicted with a fleur de lis, while east was shown as a Christian cross to indicate the direction of Jerusalem from Europe.Use
Presented in a circular format, the modern wind rose shows the frequency of winds blowing from particular directions over a thirty-year period. The length of each "spoke" around the circle is related to the frequency that the wind blows from a particular direction per unit time. Each concentric circle represents a different frequency, emanating from zero at the center to increasing frequencies at the outer circles. A wind rose plot may contain additional information, in that each spoke is broken down into color-coded bands that show wind speed ranges. Wind roses typically use 16 cardinal directions, such as north (N), NNE, NE, etc., although they may be subdivided into as many as 32 directions. In terms of angle measurement in degrees, North corresponds to 0°/360°, East to 90°, South to 180° and West to 270°.
Compiling a wind rose is one of the preliminary steps taken in constructing airport runways, as aircraft perform their best take-offs and landings pointing into the wind.
Dedicated Team spirit, Knowledge Sharing session and thanks to Greenko Founder, MD and CEO Shri Chalamalasetty Sir and Founder & president Shri Mahesh Koli SIr, AM Green management Shri Gautam Reddy, Shri GVS ANAND, Shri VIJAY KUMAR (Site Incharge), Shri G.B.Rao, Shri PVSN Raju, Dr. V. S. John, Shri V. Parmekar,Smt .Vani Tulsi,Shri B.B.K UmaMaheswar Rao, Shri P. Rajachand, Shri V. B. Rao, Shri. LVV RAO, Shri P.Srinivaslu Promotion- EHSQL-by Dr. A.N.GIRI- 29.1Lakhs Viewed Thanks to NFCL.
Friday, 31 May 2013
Carbon footprint of avoidable food waste
Carbon footprint of avoidable food waste
When food is thrown away, the CO2 that went into
growing, harvesting, storing, transporting and cooking it is wasted.
Here are the foods that contribute most to CO2 emissions:
-
19%
Meals -
17%
Meat & fish -
16%
Drink -
11%
Fresh vegetables & salads -
11%
Dairy and eggs -
8%
Bakery -
5%
Fresh fruit -
4%
Sauces & spices -
4%
Staple foods -
3%
Processed vegetables -
1%
Cakes and desserts -
1%
Confectionery & snacks -
< 0.5%
processed fruit -
< 0.5%
Oil & fat -
< 0.5%
Other
Safety Performance Measurement
Safety
Performance Measurement
Going
Beyond Lost time Injuries
“You can’t manage what you can’t measure” – Drucker
"If we are in the business of promoting OHS, why do
we use failures as the measure of our success?" - Rose
Today, many industries and indeed regulatory agencies still
focus completely on common safety performance measures such as lost time injury
frequency rate and number of lost days in an effort to measure safety
performance. Unfortunately, such indicators just measure failure to control and
give no indication of risk management effort, which may take time to come to
fruition. Such outcome measures, when used to judge safety performance, are
known as lagging indicators.
Use of Lagging
Indicators - Lost time injury frequency rate, severity rate, lost days etc.
Advantages
·
Motivate management
·
An accepted standard
·
Long history of use
·
Used by government agencies, industry associations
·
Easy to calculate
·
Indicate trends in performance
·
Good for self comparison
Disadvantages
·
Reactive
·
Easily manipulated
·
May be biased (management attitude to restricted work,
Doctor influence/worker attitude to light duties/compensation system/safety
awards& competitions)
·
Figures measured are
typically low making it difficult to establish trends
- Incident occurs managers/safety specialists put it down to a ‘once off/freak’ event
Advantages & Disadvantages of
Lagging Indicators
Significantly however, what we are all
seeking is continuous improvement towards an incident free workplace, yet when
measuring lagging indicators – we are only monitoring our performance at the
last stage (how many fatalities, injuries, illnesses and what rate do we
experience these in our operation?)
Rather,
we need to examine the processes that lead to these failures and monitor how
effective our control
Examples
of the Application of Positive Performance Measures for Safety
|
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Objective
|
Indicator
|
Measure/monitor
|
Results
|
Improve
|
All activities to be subject to
hazard analysis and risk assessment
|
Risk Assessment
|
% Risk assessment complete
% Control measures implemented
|
Track reported % on a monthly basis
by area/department
|
Review progress at monthly senior
management meetings, target areas for improvement
|
Written Work Procedures in place for
critical activities
|
Work procedures
|
% Written procedures complete
|
Track reported % on a monthly basis
by area/department
|
Review progress at monthly senior
management meetings, target areas for improvement
|
Provision of safe place of work
|
Work place inspection target for
each frontline supervisor across whole site on a monthly basis each with
specific area
Workplace visibility tour by middle
and senior managers in their work area once per month
|
% Scheduled inspections complete by
name and work area/dept.
% Actions arising complete by
name and work area/dept
% Visibility/Inspection Tours
complete
|
Track reported % on a monthly basis
by area/department
|
Review progress at monthly senior
management meetings, target areas for improvement
|
Employees working safely
|
Behavior based observations
|
% Employees working safely
% PPE compliance
|
Track reported % on a monthly basis
by area/department
|
Review progress at monthly senior
management meetings, target areas for improvement
|
Incident reporting and
implementation remedial measures
|
Timeliness of reporting
Incident investigation effectiveness
Log of corrective actions
|
% Incidents reported within 24 hours
% Near miss incidents
% Incident investigation complete on
time
% Corrective actions implemented
All by area/dept.
|
Track reported % on a monthly basis
by area/department
|
Review progress at monthly senior
management meetings, target areas for improvement
|
Safe and competent employees
|
Performance assessment including
training needs identification Training records
|
% Performance assessments complete
% Scheduled training complete
All by area/dept.
|
Track reported % on a monthly basis
by area/department
|
Review progress at monthly senior
management meetings, target areas for improvement
|
Improve safety awareness
|
Toolbox talks on targeted topics
monthly by all Supervisors
|
% Tool Box Talks complete by Dept.
% Employees attending
% Actions arising complete
All by Area/Dept.
% Safety Representatives Trained
|
Track reported % on a monthly basis
by area/department
|
Review progress at monthly senior
management meetings, target areas for improvement
|
Improve safety culture
|
Annual climate survey
|
Overall findings based on selected
criteria
All by Area/Dept.
|
Track trends on annual basis and by
area/dept
|
Review progress at annual senior
management meetings, target areas for improvement
|
Examples of PPM’s for Safety
Essentially PPMs are tracking the
drivers of effective safety and risk management. Organizations need to
recognize that there is no single reliable measure of health & safety
performance, what is required is a ‘basket of measures or a ‘balanced
scorecard’ providing information on a range of health & safety activities.
Measurement of PPM’s provides information on how the system operates in
practice, identifies area where remedial action is required, provides a basis
for continuous improvement and provides a mechanism for feedback and
consequential motivation.
Should you consider applying PPM’s for
safety in your workplace, it is vitally important that for any PPM chosen everyone understands exactly what’s being
measured and what significance the use of the measurement will have on
producing the desired result in your organisation. It should also be
administratively practicable, quantifiable & reproducible,
as objective
and error free as possible and readily relate
to aspect trying to control and/or goals set.
It is also important to distinguish
between two the types of process indicator: those, which focus on the behavior
of employees and those, which measure management activity. Examples of
indicators of employee behavior include; % of employees wearing PPE (safety
glasses, harness etc.), % hoses rolled-up, % pre-start checks complete. One of
the best features of such indicators is that merely publicizing the data within
the workplace focuses attention on the problem and is likely to lead to safety
improvements without the need for more direct or punitive management
intervention usually within weeks not months, they are positive and focus on
how good rather than how poor safety performance is involving all workers in
improving safety, creating a safety culture and achieve "ownership".
There is however a significant
drawback to such indicators. They are focused on and aimed at changing the
behavior of employees, not managers. Yet it is managers who are ultimately
responsible for health and safety and who are in the best position to lead by
example and take action where necessary. Hence the importance of indicators,
which measure the safety related activity of management. Examples here include;
% of workforce who has received specific safety training, % managers
participating in safety talks, % of safety audits, % risk assessments. Such
management indicators can usually be assigned once management has specified its
safety objectives and targets whereupon appropriate measures, which measure
actual performance, can be assigned.
When considering PPMs for safety,
define the key activities in your safety management systems that need to be
promoted, reinforced and visibly drive the culture. Select the activity measures
from these. For each of these PPMs you will need to list the measure to be
used, how it will be collected, calculated and reported including the frequency
of reporting. Some measures will need to be collected daily, others weekly or
monthly. Most will need to be reported monthly or quarterly to be of value in
monitoring performance (refer to examples in Table 2 for a typical site). Those
chosen will vary depending on the maturity of the site and management style of
the operation, significantly the measure need to be owned by the site
personnel.
Because PPMs can be more focused on
risk areas or specific targets/objectives they may not need to continue as a
constant or fixed PPM for years. If a particular area of concern or issue is
brought under control there may be other priority areas to focus on and new
PPMs can be adopted for these, so it is an ongoing improvement process using a
minimum number of PPMs relevant to an operation at the time. For example, it is
not of much value reporting 100% employees have received inductions, month
after month and in any case periodic audits will check systems such as this
remain effective in the long term.
Thursday, 30 May 2013
Rules for Flammable Liquids in Industrial Plants
Rules for Flammable Liquids in Industrial Plants
Good housekeeping is an absolute requirement when there are hazardous materials in your work. Most industrial plants have some kind of flammable liquids on site. And since the primary hazards are explosion and fire, the consequences of improper storage and handling can be disastrous. |
Flammable liquids are divided into four categories as follows:
- Category 1 includes liquids having flashpoints below 73.4°F (23°C) and having a boiling point at or below 95°F (35°C).
- Category 2 includes liquids having flashpoints below 73.4°F (23°C) and having a boiling point above 95°F (35°C).
- Category 3 includes liquids having flashpoints at or above 73.4°F (23°C) and at or below 140°F (60°C). When a Category 3 liquid with a flashpoint at or above 100°F (37.8°C) is heated for use to within 30°F (16.7°C) of its flashpoint, it must be handled in accordance with the requirements for a Category 3 liquid with a flashpoint below 100°F (37.8°C).
- Category 4 includes liquids having flashpoints above 140°F (60°C) and at or below 199.4°F (93°C). When a Category 4 flammable liquid is heated for use to within 30°F (16.7°C) of its flashpoint, it must be handled in accordance with the requirements for a Category 3 liquid with a flashpoint at or above 100°F (37.8°C).
Flammable Liquids in Industrial Plants
Rules for flammable liquids in industrial plants are found at 29 CFR 1910.106(e). Here's a quick review.Incidental storage or use of flammable liquids. All storage must be in tanks or closed containers. The quantity of liquids allowed in manufacturing/production areas (outside of primary storage) is limited according to the liquid category and whether a container or a tank is utilized for storage. Transfer of liquids must be separated from other operations by adequate distance or fire-resistant construction. A closed piping system, safety cans, or a gravity system may be used for transfer. Air pressure transfer is prohibited. Adequate ventilation must be maintained. Means of spill or leakage prevention, control, cleanup, and disposal must be provided. Any possible source of ignition must be eliminated when using Category 1 liquids.
Unit-physical operations. Physical operations are restricted to operations not involving chemical change. All buildings and equipment must be accessible for fire-fighting purposes. Unstable liquids and small-scale chemical processes must be isolated by a 2-hour (minimum) firewall. Emergency drainage systems must direct flammable liquids to a safe location. Appropriate ventilation must be maintained when using Category 1 liquids so as to provide adequate air exchange, discharge to a safe location, and proper ventilation of floor areas or pits. Equipment must be of appropriate design for use with Category 1 liquids so as to limit flammable vapor-air mixtures.
Tank vehicle and tank car loading and unloading. The distance of separation from aboveground tanks, warehouses, other plant buildings, or nearest adjoining property lines is based on liquid category. Fire control. Fire control equipment, water supply, and any special extinguishing equipment must be adequately maintained and periodically inspected and be appropriate in quantity and type for the potential hazards. Local fire marshals must be consulted to determine specific requirements.
Fire control. Fire control equipment, water supply, and any special extinguishing equipment must be adequately maintained and periodically inspected and be appropriate in quantity and type for the potential hazards. Local fire marshals must be consulted to determine specific requirements.
Sources of ignition. Possible sources of ignition must be carefully identified and controlled. Dispensing of Category 1 liquids must be done with proper grounding.
Electrical. Locations (including surrounding areas) where flammable vapor-air mixtures may exist under normal conditions must meet Class I, Division 1 standards. Locations (including surrounding areas) where flammable vapor-air mixtures may exist under abnormal conditions must meet Division 2 standards. If only Category 3 and 4 liquids are used, ordinary electrical equipment is permitted.
Maintenance and repair. Maintenance and repair, including hot work, are permitted only under the supervision of a responsible individual in charge. This individual must make an inspection of the area before and after work.
Housekeeping. Housekeeping must be adequate to control leaks and prevent spills. Aisle space must be adequate for fire response access. Combustible wastes and residues must be minimized, stored properly, and disposed of daily. Ground area around buildings and unit operating areas must be kept free of weeds, trash, or other unnecessary combustible materials.
Measures for Protection and Conservation of Wild Animals
Measures for Protection and Conservation of Wild Animals
The
Ministry of Environment & Forests has taken several measures for
protection and conservation of wild animals including peacock in the
country. Which are as follows:
i. Legal protection has been provided to wild animals including peacock against hunting and commercial exploitation under the provisions of the Wild Life (Protection) Act, 1972. According to the conservation and threat status, wild animals are placed in different schedules of the Act. peacocks are included in Schedule I of the Act, which affords it the highest degree of protection under the Act.
ii. The Wild Life (Protection) Act, 1972, provides for punishment of offences for violation of its provisions. The Act also provides for forfeiture of any equipment, vehicle or weapon that is used for committing wildlife offence(s).
iii. Protected Areas, viz., National Parks, Sanctuaries, Conservation Reserves and Community Reserves covering important wildlife habitats have been created all over the country under the provisions of the Wild Life (Protection) Act, 1972 to conserve wild animals and their habitats. Five PAs are especially dedicated for the conservation of peacocks.
iv. The Wildlife Crime Control Bureau has been set up to strengthen the enforcement of law for control of poaching and illegal trade in wildlife and its products.
v. The Central Bureau of Investigation (CBI) has been empowered under the Wild Life (Protection) Act, 1972 to apprehend and prosecute wildlife offenders.
vi. The State/Union Territory Governments have been requested to strengthen the field formations and intensify patrolling in and around the Protected Areas.
vii. Strict vigil is maintained by the officials of State Departments of Forests and Wildlife.
RM/RS
(Release ID :96166)
i. Legal protection has been provided to wild animals including peacock against hunting and commercial exploitation under the provisions of the Wild Life (Protection) Act, 1972. According to the conservation and threat status, wild animals are placed in different schedules of the Act. peacocks are included in Schedule I of the Act, which affords it the highest degree of protection under the Act.
ii. The Wild Life (Protection) Act, 1972, provides for punishment of offences for violation of its provisions. The Act also provides for forfeiture of any equipment, vehicle or weapon that is used for committing wildlife offence(s).
iii. Protected Areas, viz., National Parks, Sanctuaries, Conservation Reserves and Community Reserves covering important wildlife habitats have been created all over the country under the provisions of the Wild Life (Protection) Act, 1972 to conserve wild animals and their habitats. Five PAs are especially dedicated for the conservation of peacocks.
iv. The Wildlife Crime Control Bureau has been set up to strengthen the enforcement of law for control of poaching and illegal trade in wildlife and its products.
v. The Central Bureau of Investigation (CBI) has been empowered under the Wild Life (Protection) Act, 1972 to apprehend and prosecute wildlife offenders.
vi. The State/Union Territory Governments have been requested to strengthen the field formations and intensify patrolling in and around the Protected Areas.
vii. Strict vigil is maintained by the officials of State Departments of Forests and Wildlife.
RM/RS
(Release ID :96166)
Disposal of Hazardous Waste
Disposal of Hazardous Waste | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Under the Hazardous Waste
(Management, Handling and Transboundary Movement)
Rules, 2008, there is a provision for utilization of hazardous wastes as
supplementary resource or for energy recovery by the units.
The guidelines on various aspects of
environmentally sound management of hazardous wastes have been published from
time to time. Guidelines for co-processing of hazardous wastes in cement, power
and steel industries are some of them.
As per the information furnished by
the Central Pollution Control Board (CPCB), the amount of hazardous waste
generated in the country is about 7.90 million tonnes
per annum. Maharashtra (22.84%), Gujarat (22.68%) and Andhra Pradesh (13.75%)
are the top three hazardous waste generating States in the country followed by
Rajasthan, Tamil Nadu, Madhya Pradesh and Chhattisgarh. These seven states together are generating
about 82% of the country’s total hazardous wastes.
There are 17 integrated Treatment,
Storage and Disposal Facilities (TSDFs) having both incineration and secured
landfill facilities, 13 TSDFs having only secured landfill facilities (SLFs)
and 08 facilities having only common incineration facilities which are
presently operational in the country. The state-wise details of these
facilities are as given below:
RM/RS
(Release ID :96056) |
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