Wood Chipping Near Me

Wood Chipping Near Me

Woodchips are small- to medium-sized pieces of wood formed by cutting or chipping larger pieces of wood such as trees, branches, logging residues, stumps, roots, and wood waste.

Woodchips, with hand for scale

Woodchips may be used as a biomass solid fuel and are raw material for producing wood pulp. They may also be used as an organic mulch in gardening, landscaping, and ecosystem restoration; in bioreactors for denitrification; and as a substrate for mushroom cultivation.

The process of making woodchips is called wood chipping and is done using a wood chipper. The types of woodchips formed following chipping is dependent on the type of wood chipper used and the material from which they are made. Woodchip varieties include: forest chips (from forested areas), wood residue chips (from untreated wood residues, recycled wood and off-cuts), sawing residue chips (from sawmill residues), and short rotation forestry chips (from energy crops).

Raw materials

The raw materials of woodchips can be pulpwood, waste wood, and residual wood from agriculture, landscaping, logging, and sawmills. Woodchips can also be produced from remaining forestry materials including tree crowns, branches, unsaleable materials or undersized trees.

Wood chipper

Forestry operations provide the raw materials needed for woodchip production. Almost any tree can be converted into woodchips, however, the type and quality of the wood used to produce woodchips depends largely on the market. Softwood species, for instance, tend to be more versatile for use as woodchips than hardwood species because they are less dense and faster growing.

Production

A wood chipper is a machine used for cutting wood into smaller pieces (chips). There are several types of wood chippers, each having a different use depending on the type of processing the woodchips will undergo.

Pulp and paper industry

Woodchips used for chemical pulp must be relatively uniform in size and free of bark. The optimum size varies with the wood species. It is important to avoid damage to the wood fibers as this is important for the pulp properties. For round wood it is most common to use disk chippers. A typical size of the disk is 2.0–3.5 m in diameter, 10–25 cm in thickness and weight is up to 30 tons. The disk is fitted with 4 to 16 knives and driven with motors of ½ –2 MW. Drum chippers are normally used for wood residuals from saw mills or other wood industry.

Methods of conveyance

There are four potential methods to move woodchips: pneumatic, conveyor belt, hopper with direct chute, and batch system (manual conveyance).

Types of wood chippers

Disk

A disk wood chipper features a flywheel made of steel and chopping blades with slotted disks. The blades slice through the wood as the material is fed through the chute. Knives located in the throat of the chipper cuts the wood in the opposite direction. The design is not as energy efficient as other styles but produces consistent shapes and sizes of woodchips.

Drum

A drum wood chipper has a rotating parallel-sided drum attached to the engine with reinforced steel blades attached in a horizontal direction. Wood is drawn into the chute by gravity and the rotation of the drum where it is broken up by the steel blades. The drum type is noisy and creates large uneven chips but are more energy efficient than the disk type.

Screw-type

A screw-type wood chipper contains a conical, screw-shaped blade. The blade rotation is set parallel to the opening so wood is pulled into the chipper by the spiral motion. Screw-type, also called high-torque rollers, are popular for residential use due to being quiet, easy to use and safer than disk and drum types.

Applications

Woodchips are used primarily as a raw material for technical wood processing. In industry, processing of bark chips is often separated after peeling the logs due to different chemical properties.

Wood pulp

Only the heartwood and sapwood are useful for making pulp. Bark contains relatively few useful fibers and is removed and used as fuel to provide steam for use in the pulp mill. Most pulping processes require that the wood be chipped and screened to provide uniform sized chips.

Mulch

Woodchips are also used as landscaping and garden mulch, for water conservation, weed control, and reducing and preventing soil erosion. Woodchips when used as a mulch are at least three inches thick. It has a mixed reputation in gardening.

It has been promoted for use in habitat restoration projects. As the radial chipped wood decomposes it improves the soil structure, permeability, bioactivity, and nutrient availability of the soil.

Playground surfacing

Woodchips do not meet American Society for Testing and Materials standards for use as playground surfacing material, and as of 2011 are illegal to use as playground surfacing in the US, not being ADA-approved according to US department of Justice guidelines.

Barbecuing

Woodchips can also be used to infuse flavor and enhance the smoky taste to barbecued meats and vegetables. Several different species of wood can be used depending on the type of flavor wanted. For a mild, sweet fruity flavor, apple wood can be used while hickory gives a smoky, bacon-like flavor. Other different types of wood used are cherry, mesquite and pecan.

Denitrifying woodchip bioreactor

Woodchips can be loaded into a ‘denitrifying woodchip bioreactor’ which has been used for several decades as an emerging biotechnology to treat agricultural wastewater by removing nitrates. It is a subsurface system where denitrification by micro-organisms utilizing a carbon source (as electron donor) reduces the nitrate into a harmless nitrogen gas. Denitrifying woodchip bioreactor have a low construction and operational costs with a comparatively long lifespan going up to 15 years. The interest in such a technique has grown in recent years and has expanded into the mining industry.

A 2013 experiment showed that after 70 days of startup, a woodchip pile loaded with liquid pig manure at 5 L/m2/day removed an average of 90% of nitrate after one month. However, if the environmental conditions do not support complete denitrification, undesirable greenhouse gas such as nitrous oxide gas and methane could be produced.

Fuel

Woody chips left for drying before transport to industrial off-takers in Namibia. Woodchips have been traditionally used as solid fuel for space heating or in energy plants to generate electric power from renewable energy. The main source of forest chips in Europe and in most of the countries [which?] have been logging residues. It is expected that the shares of stumps and round wood will increase in the future. As of 2013 in the EU, the estimates for biomass potential for energy, available under current 2018 conditions including sustainable use of the forest as well as providing wood to the traditional forest sectors, are: 277 million m3, for above ground biomass and 585 million m3 for total biomass.

The newer fuel systems for heating use either woodchips or wood pellets. The advantage of woodchips is cost, the advantage of wood pellets is the controlled fuel value. The use of woodchips in automated heating systems, is based on a robust technology.

The size of the woodchips, moisture content, and the raw material from which the chips are made are particularly important when burning wood chips in small plants. Unfortunately, there are not many standards to decide the fractions of woodchip.
The energy content in one cubic meter is normally higher than in one cubic meter wood logs, but can vary greatly depending on moisture. The moisture is decided by the handling of the raw material. If the trees are taken down in the winter and left to dry for the summer (with teas in the bark and covered so rain can’t reach to them), and is then chipped in the fall, the wood chips’ moisture content will be approximately 20–25%. The energy content, then, is approximately 3.5–4.5kWh/kg (~150–250 kg/cubic meter).
Coal power plants have been converted to run on woodchips, which is fairly straightforward to do, since they both use an identical steam turbine heat engine, and the cost of woodchip fuel is comparable to coal.

Solid biomass is an attractive fuel for addressing the concerns of the energy crisis and climate change, since the fuel is affordable, widely available, close to carbon neutral and thus climate-neutral in terms of carbon dioxide (CO2), since in the ideal case only the carbon dioxide which was drawn in during the tree’s growth and stored in the wood is released into the atmosphere again.

Waste and emissions

Compared to the solid waste disposal problems of coal and nuclear fuels, woodchip fuel’s waste disposal problems are less grave; in a study from 2001 fly ash from woodchip combustion had 28.6 mg cadmium/kg dry matter. Compared to fly ash from burning of straw, cadmium was bound more heavily, with only small amounts of cadmium leached. It was speculated as a form of cadmium oxide, cadmium silicate (CdSiO3); authors noted that adding it to agricultural or forest soils in the long-term could cause a problem with accumulation of cadmium.

Like coal, wood combustion is a known source of mercury emissions, particularly in northern climates during winter. The mercury is both gaseous as elemental mercury (especially when wood pellets are burned) or mercury oxide, and solid PM2.5 particulate matter when untreated wood is used.

When wood burning is used for space heating, indoor emissions of 1, 3-butadiene, benzene, formaldehyde and acetaldehyde, which are suspected or known carcinogenic compounds, are elevated. The cancer risk from these after exposure to wood smoke is estimated to be low in developed countries.

Certain techniques for burning woodchips result in the production of bio char – effectively charcoal – which can be either utilized as charcoal, or returned to the soil, since wood ash can be used as a mineral-rich plant fertilizer. The latter method can result in an effectively carbon-negative system, as well as acting as a very effective soil conditioner, enhancing water and nutrient retention in poor soils.

Centerville, Utah

About Centerville, Utah

Centerville is a city in southeastern Davis County, Utah, United States. Centerville is part of the Ogden-Clearfield Metropolitan Statistical Area. The population was 15,335 at the 2010 census. It is located adjacent to the easternmost part of the Great Salt Lake.

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Reviews for Truco Services, Inc. Centerville, Utah

Truco Services, Inc. Reviews

Marissa Burton

starstarstarstarstar (5)

TruCo is a great company to work with for your commercial landscaping and snow removal needs! Rob is excellent to work with. He is very timely in providing quotes and has a lot of great feedback and suggestions to provide on what will look great, fit within your budget, and is knowledgeable on plants that will thrive with Utah's ever changing weather conditions. I have been impressed with TruCo's landscape maintenance as well as landscape projects which have had a quick turnaround time. I would highly recommend using TruCo!

Truco Services, Inc. Reviews

Yvonne Olson

starstarstarstarstar (5)

I experienced excellent all around service from landscape improvement design, scheduling and professional installation completed within the timeline we discussed. Rob, the manager does an excellent job of communicating, overseeing the install crew and making sure his customers are 100% satisfied with the job. Highly recommend TruCo for all landscaping needs.

Truco Services, Inc. Reviews

Heather Whiting

starstarstarstarstar (5)

We hired TruCo to do a new install of sprinklers, sod, spigot, and bury downspouts. We even have a wifi transmitter for our control box we can access from an app on our phones! We absolutely love the professionalism and quality of their work!! Our sales rep Pete was the best to work with, we highly recommend him to anyone in the market for landscaping. It was awesome seeing the finished results and we're incredibly excited to enjoy our new space!

Truco Services, Inc. Reviews

Jan Merideth

starstarstarstarstar (5)

TruCo installed all of our plants, trees and shrubs, drip lines, and boulders. Then they installed our amazing beautiful firepit. We loved the results and they guarantee all plants and trees up to a year. They were great and easy to work with. They listened to our needs and wants and met them 100%. Our HOA sent us a letter telling us they appreciate all the work and the way our yard looks and let us know we added value to the property. Win/Win

Truco Services, Inc. Reviews

Michael Sorensen

starstarstarstarstar (1)

Avoid working for this company. They will promise you things to get you in, then tell you there is no documentation about said things. Extremely unprofessional. Update to response - please dont try to justify. PTO was promised by the hiring manager on day 1 due to the conditions. Your company refusing to honor the agreement and tell me that there is no documentation is the problem. I quit after being told that you would not honor the PTO, not before.

Tree Felling

Arborist Near Me

Tree Felling

Felling is the process of cutting down trees, an element of the task of logging. The person cutting the trees is a feller. A feller buncher is a machine capable of felling a single large tree or grouping and felling several small ones simultaneously.
Methods

Hand felling

In hand felling, an axe, saw, or chainsaw is used to fell a tree, followed up by limbing and bucking in traditional applications. In the modern commercial logging industry, felling is typically followed by limbing and skidding.

Feller buncher

A feller-buncher is a motorized vehicle with an attachment which rapidly cuts and gathers several trees in the process of felling them.

In cut-to-length logging a harvester performs the tasks of a feller-buncher, additionally doing the delimbing and bucking. When harvesting wood from a felled tree, the recommended methods should be followed in order to maximize wood recovery. The suggested trend is to make deeper cuts and smaller openness when performing undercuts.

Types of cut

The undercut or notch cut is the guiding or aiming slot for the tree and is a V-shaped notch placed on the side of the tree in the direction of intended fall.

The back cut or felling cut is made on the opposite side of the tree of the undercut and is cut through the base of the tree severing the “hinge” holding the tree up.

Boom-corridor experiment

This was an experiment conducted regarding felling trees and the continuous felling of trees in boom-corridors which might lead to an increase in harvester productivity. An efficient way to do this would be to use felling heads which would increase efficiency and fall time.

A feller buncher is a type of harvester used in logging. It is a motorized vehicle with an attachment that can rapidly gather and cut a tree before felling it.

Feller is a traditional name for someone who cuts down trees, and bunching is the skidding and assembly of two or more trees. A feller buncher performs both of these harvesting functions and consists of a standard heavy equipment base with a tree-grabbing device furnished with a chain-saw, circular saw or a shear—a pinching device designed to cut small trees off at the base. The machine then places the cut tree on a stack suitable for a skidder, forwarder, or yarder for transport to further processing such as delimbing, bucking, loading, or chipping.

Some wheeled feller bunchers lack an articulated arm, and must drive close to a tree to grasp it.
In cut-to-length logging a harvester performs the tasks of a feller buncher and additionally does delimbing and bucking.

Components and Felling attachment

Feller buncher is either tracked or wheeled and has self-levelling cabin and matches with different felling heads. For steep terrain, tracked feller buncher is being used because it provides high level of traction to the steep slope and also has high level of stability. For flat terrain, wheeled feller buncher is more efficient compared to tracked feller buncher. It is common that levelling cabins are matched with both wheeled and tracked feller buncher for steep terrain as it provides operator comfort and helps keeping the standard of tree felling production. The size and type of trees determine which type of felling heads being used.

Types of felling heads

Disc Saw Head – It can provide a high speed of cutting when the head is pushed against the tree. Then, the clamp arms will hold the tree when the tree is almost completed cutting. It is able to cut and gather multiple trees in the felling head. The disc saw head with good ground speed could provide high production which allows it to keep more than one skidders working continuously.
Shear Blade Head – It is placed against the tree and the clamp arms will hold the tree firmly. Then, the blade will activate and start cutting the tree. Same as disc saw head, it can hold multiple trees before they are placed on the ground.

Chain Saw Head – The floppy head provides minimal control to place the trees on the ground. It might not suit to collect the cut trees or gather the cut stems in the felling head.

Productivity

Comparing other harvesting systems such as chainsaw and harvester, feller buncher has the relatively high productivity among them. The weekly production of the feller buncher was 627 cubic meters of usable logs, while the chainsaw system and harvester system could produce 163 cubic meters and 239 cubic meters respectively. There are several factors affecting the level of productivity of the feller buncher. They include characteristics of stand, terrain conditions, operation location, and the performance of the operator. Many studies indicated that the trees size and the gradient of the slope are the major factors impacting the overall productivity. There was a research suggested that productivity has a significant positive relationship with the tree size which means the larger stem size, larger tree height or larger diameter at breast height (DBH) results in a high productivity of the feller buncher. Terrain conditions such as ground slope and terrain roughness have a significant negative relationship to the productivity of feller buncher which means the steeper of the land or rough terrain condition can bring negative effect to the productivity. One of the studies had found that feller buncher might reduce its productivity when performing operation on a very uneven surface with slopes of more than 20%. However, larger tree size does not necessarily lead to high productivity. The same study compared the operation time when performing clear-cut of the stands with two different average DBH, 24.6 cm and 34.3 cm respectively. Result showed that the productivity when operating the second stand decreased by 32.3% because the time consumption was doubled when larger stands required two-stage of cutting operation.

Cost-effectiveness

A forwarder hauls stacked logs left behind by a feller buncher.

The purchase cost of a feller buncher is around $180,000 and its fuel consumption and lubricant consumption is high among other mechanical harvesting equipment. The feller buncher also has the highest hourly cost which is around $99.5 when comparing other equipment such as a harvesters and grapple skidders. Although the total cost of feller buncher is high in overall, the unit production price is the lowest which explains why feller buncher is considered the most cost-effective harvesting equipment. The average unit cost of the feller buncher is $12.1/m3 while the unit cost of the harvesters is $16.5/m3. The unit cost of the feller buncher is primary affected by the tree size and the tree volume. The unit felling cost is lower when the tree size increased. For example, tree with 5 inches at DBH has the unit cost of $70 while tree with 15 inches at DBH has the unit cost of $12. As the cost of feller buncher is high, only large tree volume can produce more profit to cover the high average cost. In terms of stump height, lower stump height can maximise the use of natural resources and prevent wood waste. Mechanical felling such as using feller buncher can prevent 30% of value loss caused by the high stumps.

Maintenance

Feller buncher requires daily maintenance before operation and some components only require periodic maintenance. It could ensure the safety of operators and all the workers around the operation. If damaged or faulty machine is operated, it could result in further damage to the machine which can be more expensive to repair.

Daily or Every 8 hours

Modern style Tigercat feller buncher. Commonly referred to as a tree cutter.

Lubrication

The felling head is considered one of the hardest part of the feller buncher and it is necessary to apply lubricant to every joint for daily maintenance. It is suggested to apply lubricant to saw head clamps, wrist attachment and driveshaft bearings during every maintenance. The use of grease should meet the extreme pressure performance standard and contains 3% of molybdenum disulphide (MoS2). MoS2 can prevent the wear takes place where the metal to metal contact exists.

Fuel

It is also important to check if there is enough fuel for the operation. Feller bunchers use diesel fuel to generate power. In most of the cases, the fuel is preferably to have cetane number greater than 50 (minimum 40). This is suitable when undergo operation for temperature below -20 °C (-4 °F) or elevations more than 1500m (5000 Ft.). The Cloud Point of the fuel is preferably at least 5 °C (9 °F) lower than the expected low temperature. It is also suggested that the sulphur content of the fuel should not be more than 0.5% as it could reduce 50% of the service interval for the engine oil and filter.
Older style felling head that uses a bar and chain to cut trees instead of the more modern saw disk.

Engine coolant

Operators have the responsibility to check the engine coolant level of the feller buncher before starting the engine. The coolant prevents cylinder linear erosion and pitting, and provides protection during extremely low temperature for up to -37 °C (-34 °F).

It is recommended to use coolants for heavy-duty engines which are relatively low silicate ethylene glycol base. There are two forms of coolants: pre-diluted or concentrate. Water is required to dilute the concentrated coolant with an approximate ratio of 50:50. The use of supplemental coolant addictive might be also required in the concentrated coolant in order to provide protection against corrosion. Distilled, deionised, or demineralised water is suggested for mixing the concentrated coolant because when some water compositions mix with other substances could form a precipitate, causing damage or blockage in the engine.

Risk management approach

During maintenance, there are common working hazards related to two main areas: working environment and exhaust system. When working on the exhaust system, be aware of the hot components around the engine. Workers could wear personal protective equipment such as safety spectacles, heat-proof gloves and safety boots. When feller buncher is elevated for service or maintenance, falls from height might happen. Related injuries could be avoided by ensuring dryness of all the walking surface, wiping any oils or other liquid substances on the floor. Also, ensure the feller buncher is parked on a level and stable ground during maintenance.

When getting in and out of the machinery, workers are suggested to use three point of contact with two hands holding the handrails and one foot on a step. It is also important to provide sufficient lighting for all the working sites at all time of service.

Safety

Cutting selected pines for sustainable forest management and fire prevention.

Closeup of grab arms, with chainsaw for felling trees.

Logging is considered one of the most dangerous occupations. This is because many loggers are injured by the falling objects which are large in size and heavy. “Struck by object” is the most common injuries that reported in the logging industry due to the manual use of equipment during the logging procedures. There is evidence that using mechanized harvesting equipment could reduce the rate of “struck by” injuries. One study indicates that total injury claims could be reduced by 14.2%, while the “struck by” injuries could be reduced by 8.2%, when comparing the changes before and after the use of feller buncher. The significant decline in the number of “struck by” injuries after using the feller buncher in the logging companies supported the statement that using mechanized harvesting equipment could lessen overall injuries. The evidence also found that the rate of injuries in the logging companies without using feller bunchers had increased slightly throughout a period of time, increasing from 14.5% to 17.5%, in five years. In terms of trees fatality, areas with lower levels of mechanization in harvesting resulted in higher rate of trees fatality. For instance, in Eastern areas of the United States, research which compared the conventional and mechanized logging operations, indicated the number of injuries, when using the conventional approach, is three times greater than that of using the mechanized equipment such as a feller buncher. However, mechanized related injury could be raised accordingly, especially when performing machine maintenance or repair. These kinds of injuries could be serious and also costly.

Limitations

Feller buncher could be highly productive and cost-effective but there are several limitations. Feller buncher is less beneficial when performing operations on a very rough and relatively steep land. For example, in Appalachian hardwood area, trees have heavy crowns and are grown on the steep slopes which requires tracked feller bunchers in the operations. Although tracked feller bunchers allow operations on a steep slope, the cost-effectiveness is not well studied. Also, manual felling can operate on the steeper slopes than the feller bunchers do. On the other hand, feller bunchers are cost-effective only when there is a high volume of trees in the operations. If there is not enough timber to harvest, the unit cost can be expansive, especially when the majority of the operation site is steep slopes. A 2013, University of Maine study suggests that the use of feller bunchers could cause medium to high level of stand damage from 7% to 25%. However, in comparison with other equipment such as harvesters, the damage that caused by the feller bunchers are less severe.

Cottonwood Heights, Utah

About Cottonwood Heights, Utah

Cottonwood Heights is a city located in Salt Lake County, Utah, the United States, along the east bench of the Salt Lake Valley. It lies south of the cities of Holladay and Murray, east of Midvale, and north of Sandy within the Salt Lake City, Utah Metropolitan Statistical Area. Following a successful incorporation referendum in May 2004, the city was incorporated on January 14, 2005. Cottonwood Heights had been a Census-designated place (CDP) before incorporation. The population as of the 2010 census was 33,433. This is a significant increase over the CDP's 2000 census count of 27,569.

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Reviews for Truco Services, Inc. Cottonwood Heights, Utah

Truco Services, Inc. Reviews

Marissa Burton

starstarstarstarstar (5)

TruCo is a great company to work with for your commercial landscaping and snow removal needs! Rob is excellent to work with. He is very timely in providing quotes and has a lot of great feedback and suggestions to provide on what will look great, fit within your budget, and is knowledgeable on plants that will thrive with Utah's ever changing weather conditions. I have been impressed with TruCo's landscape maintenance as well as landscape projects which have had a quick turnaround time. I would highly recommend using TruCo!

Truco Services, Inc. Reviews

Yvonne Olson

starstarstarstarstar (5)

I experienced excellent all around service from landscape improvement design, scheduling and professional installation completed within the timeline we discussed. Rob, the manager does an excellent job of communicating, overseeing the install crew and making sure his customers are 100% satisfied with the job. Highly recommend TruCo for all landscaping needs.

Truco Services, Inc. Reviews

Heather Whiting

starstarstarstarstar (5)

We hired TruCo to do a new install of sprinklers, sod, spigot, and bury downspouts. We even have a wifi transmitter for our control box we can access from an app on our phones! We absolutely love the professionalism and quality of their work!! Our sales rep Pete was the best to work with, we highly recommend him to anyone in the market for landscaping. It was awesome seeing the finished results and we're incredibly excited to enjoy our new space!

Truco Services, Inc. Reviews

Jan Merideth

starstarstarstarstar (5)

TruCo installed all of our plants, trees and shrubs, drip lines, and boulders. Then they installed our amazing beautiful firepit. We loved the results and they guarantee all plants and trees up to a year. They were great and easy to work with. They listened to our needs and wants and met them 100%. Our HOA sent us a letter telling us they appreciate all the work and the way our yard looks and let us know we added value to the property. Win/Win

Truco Services, Inc. Reviews

Michael Sorensen

starstarstarstarstar (1)

Avoid working for this company. They will promise you things to get you in, then tell you there is no documentation about said things. Extremely unprofessional. Update to response - please dont try to justify. PTO was promised by the hiring manager on day 1 due to the conditions. Your company refusing to honor the agreement and tell me that there is no documentation is the problem. I quit after being told that you would not honor the PTO, not before.