2.  It reduces the demand upon new resources.
 Cuts down the cost and effort of transport
and production.
 Use waste which would otherwise be lost to
landfill sites.

3. Industrial waste disposal, such as
concrete aggregate demolition
debris
 Most construction waste after sorting, removing
impurities and crushing can be reused as
renewable resource.
 The mobile crushing station is the ideal
equipment for construction waste, because it can
do the on-site crushing.

4. Construction waste disposal and
recovery
 To meet the needs of urban modernization and turn the
waste into useful, PICS INTERNATIONAL has
successfully developed a set of construction waste
disposal equipments after several years’ research and
development.
 The waste disposal equipment crushes and screens the
construction waste with jaw crusher, impact
crusher, shaft impact crusher, hydraulic cone
crusher, multiple vibrating screen, feeder, etc.

5.  With the optimized and enhanced design, it becomes
higher intensity, better performance and more compact
structured.
 The equipment features with
reliable, stable, mobile, and adaptable. It also reduces
the materials transportation costs, and combines
benefits like flexibility, easy maintenance, etc.
 The products can be widely used in unburned
bricks, road infrastructure, construction and other
industries, and provides a new way of virtuous cycle for
urban construction.

6.  Recycling is a process of collecting waste for disposing
and re-use.
 We can implement separation and recovery according
to the nature of the waste, or the nature of the industry.
 Such as mining and industrial waste, mainly is scrap
metal; life waste types are complex, organic, inorganic
products, metal products, etc.
 In order to improve waste recycling and dealing
efficiency and effectiveness, urban life waste should be
carry out separation and recovery. The specialized
containers for papers, metals, plastics and inorganic
can be set up in the city street, which helps the waste
disposing and re-using.

7.  The coarse and fine
aggregate, which is
made of abandoned
building concrete and
masonry, can be used
to produce
corresponding hard
level of
concrete, mortar or
building
materials, such as
building
blocks, wallboards, gr
ound tiles.
 It can also be used in
road pavement base
after adding curing

8. •The waste brick can
be used to produce
aggregate which is
for the production of
recycled
bricks, blocks, wallbo
ards, ground tiles
and other building
materials.

9. •Residue soil can be
used for road
construction, pile
filler, foundation and so
on.
•As for the waste timber
of construction, if it is
not of significant
damage, it can be used
for reconstruction;
others of serious
damage can be used for
recycled wood and
paper.

10. •The disused road
asphalt can be
directly used to an
appropriate
proportion for
recycled asphalt
concrete.
•The waste road
concrete can be
processed into
recycled aggregate for
the preparation of
recycled concrete.

11. •The scraped
steel, steel bar and
other metal materials
can be directly reused
or reprocessing.

13. •The management of recycled concrete aggregates is a
crucial part of urban management.
•Recycled concrete aggregates are the results of building
construction, maintenance and dismantlement.
•The aggregates are mainly in the form of solid
wastes, including mud, dregs, waste steel bars, waste iron
wires, various waste steel accessories, metal pipeline
wastes, waste wood, saw dust and shavings, all kinds of
packaging box of decoration materials, packaging
bags, scattered mortar and concrete, brick and concrete
gravels, yellow sand, gravels and stones that are left on the
ground in the transportation process.

14. •We could recover recyclable resources from the
recycled concrete aggregates after selecting, sorting out
and crushing the wastes mixed in the aggregates.
•Waste materials, such as bricks, stones and concrete
could replace sand to produce masonry
mortar, plastering mortar, concrete cushion.
•We can also use these waste materials to produce
building blocks, paving bricks, lattice bricks and other
building materials.

16. •As the storage area for recycled concrete aggregates is usually
limited in space, and the transportation situation is not
ideal, we recommend mobile crushing plant for concrete
aggregate recycling.
•First of all, the equipment combines crushing and screening
machines to perform multi-stage crushing processes for various
large bulks of material.
•In addition, the mobile crushing plant could be placed in a
relatively narrow space, featuring flexibility, convenience and
high mobility.
•All these characteristics could significantly cut the cost for
infrastructure and transportation costs.

17.  All these characteristics could significantly cut the cost
for infrastructure and transportation costs.
 The equipment could crush materials on the
spot, sparing you of the trouble to transfer the materials
to another place.
 The machines move along with the material quarry
process, thus significantly reduced the cost of material
transportation.
 We can assemble, adjust or even add special machine to
the plant flexibly in accordance with the specific
situation of the production process, ensuring that the
plant is most suitable for concrete aggregate recycling.

18. Concrete Aggregate
Recycling Equipment

19.  Track mounted mobile crushing
plant is the best choice for
processing recycled concrete
aggregates due to its mobility and
flexibility.
 The hydraulic driven track
mounted mobile crushing
plant, developed by PICS
INTERNATIONAL, meets the
demands for processing recycled
concrete aggregates.The
plant, walking on the chassis, is a
mobile machine for recycled
concrete aggregate crushing.
 It has reached the international
standard set for this kind of
equipment due to its high
performance and reliability.
 It is suitable for the processing of
rocks, ores, and bulks of paving
bitumen concrete and demolition
debris of concrete generated during
building dismantlement.
 Track mounted mobile crushing
plant

20.  Portable mobile crushing plant is a
newly-developed product based on
the market demands of developing
countries.
 It facilitates the crushing process of
recycled concrete aggregates.The
assembly of the plant is very
flexible and highly demand-
oriented.
 There are many choices available
for the assembly of the crushing
plant. The clients could make the
decision in accordance with their
specific situation.
 The equipment offers the process of
crushing first and screening next, the
process of screening first and
crushing next, or performs the two
processes separately.
 The crushing plant could be
designated as two section crushing
and screening system including
coarse and fine crushing, or three
section crushing and screening
system including coarse, medium
and fine crushing. And separative
operation of these processes is also
allowed in the equipment, making it
highly flexible.
 Portable mobile crushing plant

22. On-site
recycling:
 The use of mobile device to process
construction waste disposing on-
site.
 Moving any mobile device near the
processing site can reduce the
transportation cost and avoid
secondary pollution.
 The combination of several forms
of mobile devices can produce a
variety of recycled aggregate.
 When there is no power supply, the
diesel-powered is optional.
 The use of fixed equipment in the
factory processing of construction
waste
 Can build large-scale construction
waste production line.
 Can produce in a closed workshop
and thoroughly solve all kinds of
pollution.
 Can produce a variety of recycled
aggregate, and zero emissions.
Factory
recycling:

23.  To achieve the economic, social and ecological benefits
with construction waste becomes resource, reduced
and in noxious.
 The government’s tax will support the use of renewable
raw material recycled production and there is
considerable economic benefit.
 Saving landfill costs and sites, reducing environmental
pollution.
 The reduction of natural sand exploitation protects the
natural resources and human environment; this is in
line with sustainable development strategy.

24.  Mobile crushing plant, jaw crusher, impact crusher,
hydraulic cone crusher, vibrating screen, feeder etc.

25.  Natural disasters such as earthquakes and typhoons
bring the world a serious blow. Houses, roads and
other buildings were seriously damaged and with the
rapid development of the country’s real estate
construction also have led to unprecedented waste in
the urban city.
 Such problems are the historic question to crushing
equipment manufacturers: how to turn the waste into
treasure as many as possible!!