MEV 016: Unit 08 - Classification of Industry
UNIT 8: CLASSIFICATION OF INDUSTRY
8.0 Introduction
Industries play a
pivotal role in the socio-economic development of any country by contributing
to national income, generating employment, and fostering
technological innovation. However, industrial development also has the
potential to degrade the environment if not properly managed. Understanding how
industries are classified is essential for effective regulation, environmental
monitoring, and planning, especially within the framework of Environmental
Impact Assessment (EIA).
This unit explores
the basis on which industries are classified, the factors influencing their
location, and the planning and regulatory frameworks that guide their siting,
especially in environmentally sensitive zones.
8.2 Objectives
After studying this
unit, you should be able to:
- Understand
various methods of industrial classification.
- Identify factors
affecting the location and development of industries.
- Describe the
categorization of industries from an environmental perspective.
- Understand
siting and setting criteria for EIA-related projects.
- Appreciate the
importance of site planning in minimizing environmental impacts.
8.3 Classification of
Industries on the Basis of:
Industries are
classified using multiple criteria to organize them for economic analysis,
environmental monitoring, resource management, and planning. These
classifications help policy-makers and planners implement appropriate
environmental safeguards.
8.3.1 Raw Materials
Industries can be
classified based on the type of raw materials they use:
- Agro-based
Industries:
Use plant or animal-based materials. e.g., textile, sugar, dairy.
- Mineral-based
Industries:
Use mineral ores as raw material. e.g., iron and steel, cement.
- Forest-based
Industries:
Use products from forests. e.g., paper, plywood, rubber.
- Marine-based
Industries:
Use products from the sea. e.g., fish processing, salt production.
8.3.2 Source of Raw
Material
- Local
Resource-based: Raw materials sourced nearby; reduces
transport cost. e.g., brick kilns near clay deposits.
- Import-oriented
Industries:
Rely on imported raw materials. e.g., petroleum refineries in landlocked
regions.
8.3.3 Size
Based on capital
investment, manpower, and scale of operation:
- Cottage Industries: Small-scale,
often home-based, using traditional skills.
- Small-Scale
Industries (SSI): Limited capital investment and workforce.
- Medium-Scale
Industries:
Intermediate level of investment and employment.
- Large-Scale
Industries:
Huge capital investment and infrastructure. e.g., automobile and steel
plants.
8.3.4 Ownership
Ownership defines how
control and responsibilities are shared:
- Public Sector: Owned and
operated by the government. e.g., ONGC, SAIL.
- Private Sector: Owned by
private individuals or corporations. e.g., Tata, Reliance.
- Joint Sector: Co-owned by
government and private entities.
- Cooperative
Sector:
Owned by a group of producers or workers. e.g., Amul.
8.3.5 Miscellaneous
Classification
- Heavy and Light
Industries:
Based on product weight and capital usage.
- Basic and
Consumer Goods Industries: Basic goods
industries supply inputs to other industries, whereas consumer goods
industries directly serve consumers.
8.4 Factors Affecting
the Location of Industries
The site selection
for industrial units depends on several factors:
- Availability of
Raw Material: Proximity to source reduces
transportation costs.
- Power Supply: Continuous and
affordable power is critical for most industries.
- Transport
Facilities:
Access to railways, roads, and ports facilitates raw material and goods
movement.
- Water Supply: Many
industries, especially chemical and textile, need large amounts of water.
- Labor
Availability: Skilled and unskilled labor should be
easily available.
- Market
Accessibility: Nearness to markets reduces delivery time
and logistics cost.
- Government
Policies:
Incentives, subsidies, and regulatory support influence site decisions.
- Environmental
Conditions:
Industries often avoid environmentally sensitive or disaster-prone areas.
8.5 Categorization of
Industries
In the context of
EIA, industries are categorized based on the degree of pollution they
cause:
As per MoEFCC
(Ministry of Environment, Forest and Climate Change), India:
- Red Category: Highly
polluting industries (e.g., tanneries, thermal power plants).
- Orange Category: Moderately
polluting industries (e.g., food processing, packaging).
- Green Category: Low-pollution
industries (e.g., ice cream production, assembly units).
- White Category: Practically
non-polluting industries (e.g., air coolers, chalk making).
This categorization
helps in simplifying the approval process and prioritizing environmental
safeguards.
8.6 Siting and
Setting Criteria for EIA Projects
To prevent
environmental degradation, the siting of industries is regulated through
specific criteria in the EIA process:
- Buffer Zones: Industries
must maintain a certain distance from eco-sensitive zones, forests, and
residential areas.
- Topography and
Drainage:
Sites with good drainage and minimal erosion risk are preferred.
- Air and Water
Quality Baselines: Sites should be evaluated for their
existing environmental quality.
- Disaster Risk
Zones:
Avoid floodplains, fault zones, or cyclone-prone areas.
- Land Use
Compatibility: Must align with local and regional
land-use plans.
8.7 Site Planning and
Development
Effective site
planning reduces the environmental footprint of industrial projects:
- Zoning: Separating
functional zones (production, storage, waste treatment) to prevent
contamination.
- Green Belts: Planting trees
around facilities to absorb pollutants.
- Waste Management
Systems:
On-site facilities for solid, liquid, and hazardous waste.
- Stormwater and
Effluent Treatment: Infrastructure to treat discharge before
release.
- Sustainable
Infrastructure: Energy-efficient buildings, use of
renewable sources, and recycling loops.
Early incorporation
of environmental planning can also reduce long-term operational costs and
regulatory hurdles.
8.8 Summary
This unit discussed
the multiple ways industries are classified and how these classifications
affect environmental management and regulatory oversight. Understanding
industrial classification helps in planning, policy formulation, and ensuring
environmentally sustainable industrial development.
Site selection,
location factors, categorization by pollution levels, and adherence to EIA
siting criteria are all essential for managing the environmental impacts of
industrialization. Proper site planning and the integration of green practices
can make industries more sustainable and socially acceptable.
In the next unit, we
will explore the concept of Environmental Management Plans (EMPs) and
how they are designed to mitigate the impacts identified through EIA processes.
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